Author Topic: History In Brief > ( MysteRy CollectioN )  (Read 26892 times)

Offline MysteRy

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History In Brief > ( MysteRy CollectioN )
« on: December 21, 2013, 09:34:55 AM »
Taj Mahal History



  The Taj Mahal of Agra is one of the Seven Wonders of the World, for reasons more than just looking magnificent. It's the history of Taj Mahal that adds a soul to its magnificence: a soul that is filled with love, loss, remorse, and love again. Because if it was not for love, the world would have been robbed of a fine example upon which people base their relationships. An example of how deeply a man loved his wife, that even after she remained but a memory, he made sure that this memory would never fade away. This man was the Mughal Emperor Shah Jahan, who was head-over-heels in love with Mumtaz Mahal, his dear wife. She was a Muslim Persian princess (her name Arjumand Banu Begum before marriage) and he was the son of the Mughal Emperor Jehangir and grandson of Akbar the Great. It was at the age of 14 that he met Mumtaz and fell in love with her. Five years later in the year 1612, they got married.
         
  Mumtaz Mahal, an inseparable companion of Shah Jahan, died in 1631, while giving birth to their 14th child. It was in the memory of his beloved wife that Shah Jahan built a magnificent monument as a tribute to her, which we today know as the "Taj Mahal". The construction of Taj Mahal started in the year 1631. Masons, stonecutters, inlayers, carvers, painters, calligraphers, dome-builders and other artisans were requisitioned from the whole of the empire and also from Central Asia and Iran, and it took approximately 22 years to build what we see today. An epitome of love, it made use of the services of 22,000 laborers and 1,000 elephants. The monument was built entirely out of white marble, which was brought in from all over India and central Asia. After an expenditure of approximately 32 million rupees (approx US $68000), Taj Mahal was finally completed in the year 1653.

           It was soon after the completion of Taj Mahal that Shah Jahan was deposed by his own son Aurangzeb and was put under house arrest at nearby Agra Fort. Shah Jahan, himself also, lies entombed in this mausoleum along with his wife. Moving further down the history, it was at the end of the 19th century that British Viceroy Lord Curzon ordered a sweeping restoration project, which was completed in 1908, as a measure to restore what was lost during the Indian rebellion of 1857: Taj being blemished by British soldiers and government officials who also deprived the monument of its immaculate beauty by chiseling out precious stones and lapis lazuli from its walls. Also, the British style lawns that we see today adding on to the beauty of Taj were remodeled around the same time. Despite prevailing controversies, past and present threats from Indo-Pak war and environmental pollution, this epitome of love continuous to shine and attract people from all over the world.

Offline MysteRy

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Re: History In Brief > ( MysteRy CollectioN )
« Reply #1 on: December 21, 2013, 09:38:30 AM »
Lal Kila History



In the central part of the Lal Kila fort is Nauba Khana (Drum House) where musicians of the emperor used to play for the royal household. The arrival of the princes and the royal family is also heralded from here. Mogul architecture can be seen inside the fort here.

  Other attractions in the fort complex include:

Rang Mahal (Palace of Colours) which is a lotus-shaped fountain made out of a single piece of marble and was used as living quarters for emperor's wives and mistresses.

Moti Masjid (Pearl Mosque): Built by Aurangzeb.

Shahi Burj : Shah Jahan's private working area.

Diwan-I-Am (Hall of Public Audience): The hall where emperor used to sit and hear the complaints of common folks.
Sheesh Mahal and Khas Mahal are also special attractions in the fort complex.

Every year on August 15th, the day of Indian Independence, the Prime Minister of India would address the nation from the Red Fort.

Another attraction of the Red Fort (Lal Killa) is the Sound and Light Show which is a 62 minute audio visual spectacular showcasing the history of Delhi and that of the fort.

Tourists as well as locals usually come to this place to get away from the hustle and bustle of the city life and enjoy an evening in the serene atmosphere of the plush green lawns inside the walls of the fort.
Nearest Metro station for Lal Kila is Chandni Chowk
Visiting Hours: 9:30AM to 4:30PM daily (except Monday)
Entry Fee: Rs.10/-(For Indian Citizens) and Rs.150/- (For foreigners)
Entry Fee for Sound and Light Show: Rs.50/-

Timings of Sound and Light Show:

November-January: 7:30PM
     January-April: 8:30PM
     May-August: 9PM
     September-October: 8:30PM

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Re: History In Brief > ( MysteRy CollectioN )
« Reply #2 on: December 22, 2013, 09:45:51 AM »
The history of Kutch


The history of Kutch is very old. Traces of the Indus valley civilization (3000 to 1500 B.C.) have been discovered at Dholavira – Kutch. When Alexandra the Great reached these parts in 325 BC Rann was not an arm of the sea. The eastern branch of the Indus emptied itself into the Rann which made it into a fresh water lake.

The Mauryan empire broke of the Gujrat Kutch and Sindh passed under the rules of Greeks from Bactria in 140-120 BC. Bactrian rule over Gujrat, Kathiawad and Kutch was ended by Sakas in the 1st Century and ruled upto the 3rd century. After that Samudragupta attacked the Sakas and ended their rule.



At the end of the sixth century, the great conqueror king  Sahiras of Sindu found Kutch and easy conquest. A Chinese traveller’s evidence shows that Buddhism was in fact declining and Jainism was gaining ground in Kathiawad and Sindh.

At the end of the seventh century the Arabs conquered Sindh.Samma Rajputs of the hindu clan settled in Kutch. Some of the chiefs also settled in Sindh and were allowed by the Arabs to be independent rulers there. In the early ninth century the chief of that clan was Lakho Ghuraro, who had two wives.

After the death of Lakho Ghuraro his eldest son Unnad succeeded, but Unnad’s step brother Mod and Manai plotted against him and killed him. Later on Mod and Manai conspired to kill their uncle Vagam Chavda and declared themselves the kings of the area. That time Patgadh was under the rule of seven brothers of the Sandh tribe "Seven Sandhs", who threatened to avenge the murder of Vagam. Later on Mod and Manai killed the seven sandhs and became the masters of the city and of its dependant territories.

 At that time Dharan Vaghela was a ruler of these areas. Mod made friendship with him and he got his son Sad married to Dharan’s sister. Mod and Manai’s death in the ninth century weakened Sad’s position. Dharan killed Sad and wanted to kill Ful, Sad’s six month old son, but he was saved.

When Ful grew up he challenged his maternal grand father Dharan Vaghela to combat. Dharan Vaghela by now an elderly man preferred to make peace by giving one of his daughters to Ful in marriage. But Ful never forgot that Dharan had murdered his father.

After a few years, Ful killed Dharan. Hearing this, Ful’s wife committed suicide. She was then pregnant and her unborn infant was brought out alive from her dead body. He was named Ghao (born of the wound). After this incident Ful changed his capital to Angorgadh, near Habai. He married his second wife Sonal from the Rabari tribe who gave birth to a son Lakho in 920 A.D.

Lakho Fulani was a powerful king. He was very famous in Kutch and Gujrat. He shifted his capital to Kera and built a fort. He died fighting on his friend Grahripu’s side at Atkot near Rajkot.
 
 After Lakho Fulani’s death his nephew Jam Punvaro succeeded to the throne without opposition. He built a fort called Padhargadh near Nakhatrana. However he was so cruel that the people hated him. Punvaro was killed by the Jakhs. After Punvaro’s death the Solankis and Chavdas ruled over Kutch.
 
   In the middle of the 12th century a Samma prince named Lakho decided to seek his fortune in the Rann of Kutch. This Lakho had been adopted by a childless Samma chief named Jadeja. Lakho arrived in Kutch in 1147 with his twin brother Lakhiar. By then the Chavda power had decayed and they built themselves a new capital Lakhiarwara, about 20 miles from the ruins of Padhargadh.



After Lakho’s death Rato Raydhan came to the throne. Some Jat tribesmen who had come to Kutch before Lakho Lakhiar gave him trouble. With support of the saint Garibnath Rato Raydhan successfully subdued the Jats and made gifts of the Land of the Dhinodhar monastery to Garibnath.



After the death of Raydhan in 1215 his territories were divided between his four sons. Deda, the eldest one was given Kanthkot, Odha the second son remained ruling Lakhiarwara, Gajan was given Bara and the fourth one Hothi was given twelve villages near Punadi.

In 1510 Rao Khengarji I descended from the old line of Odha assumed power with the full approval of the Ahmedabad Sultan and took on the title of "Rao". For the next 438 years Kutch was ruled by the Jadeja dynasty till its merger with the Indian Union in 1948.

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Re: History In Brief > ( MysteRy CollectioN )
« Reply #3 on: December 23, 2013, 11:20:48 AM »
What is Karate?


The art of Karate is a system of combat developed on the island of Okinawa. Karate may allow you to defeat an opponent by the use of striking and kicking. The students practice hard physical training to develop fighting skills.This training requires strenuous physical and mental discipline. Karate helps with the development of a strong character and builds a feeling of respect toward our fellow man. The study of Karate, therefore, may be valuable to all people, male and female, young and old alike.

The literal meaning of the two Japanese characters which make up the word Karate is "empty hands." This, of course, refers simply to the fact that Karate originated as a system of self-defense which relied on the effective use of the unarmed body of the practitioner. This system consisted of techniques of blocking or thwarting an attack and counter-attacking the opponent by punching, striking or kicking. The modern art of Karate has developed out of a thorough organization of these techniques.

Karate as a means of self-defense has the oldest history, going back hundreds of years. It is only in recent years that the techniques which have been handed down were scientifically studied and the principles evolved for making the most effective use of the various moves of the body. Training based on these principles and knowledge of the working of the muscles and the joints and the vital relation between movement and balance enable the modern student of Karate to be prepared, both physically and psychologically, to defend himself successfully against any would-be assailant.

As a physical art, Karate is almost without equal. Since it is highly dynamic and makes balanced use of a large number of body muscles, it provides excellent all-around exercise and develops coordination and agility.

Many girls and women in Japan have taken up Karate because, in addition to its usefulness as self-defense, it is especially good for the figure. It is widely practiced by both children and older people as a means of keeping in top physical condition, and many schools are promoting it as a physical art among their students.

As a sport, Karate has a relatively short history. Contest rules have been devised, however, and it is now possible to hold actual matches as in other competitive sports. because of the speed, the variety of techniques, and the split-second timing it calls for, many athletic-minded people have come to show an interest in competitive Karate and there is every indication that it will continue to grow in popularity.

Western (non-Japanese) students may be interested to know that the Japan Karate Association emphasizes Karate's character-building aspects, in which respect for one's opponent (sportsmanship) is the cardinal principle. The maxims which are taught to the students can be summarized in the following five words:

CHARACTER

SINCERITY

EFFORT

ETIQUETTE

SELF-CONTROL

How The Word "Karate" Developed

"TE"

Prior to the 20th Century, many terms were used to describe certain forms existing in Okinawa. These forms were not found in Japan nor in China but many similarities were found in these countries.

"Chan Fa and Ken Fat"

The meaning of "Kempo" in Japanese is "The Law Of The Fist" or "The Way Of Fist". "Kempo" is read as "Chan Fa" in Mandarin and "Ken Fat" in Cantonese in China.

"Tode"

The great mighty Tang Dynasty influenced Japan in many ways. Government representatives had been exchanged during the Sui period but it was during the Tang period that the Japanese learned Chinese culture very deeply. There were many buildings built imitating Chinese design. So great was the influence by T'ang that the character "To" (also known as "Kara") was used as an adjective meaning "T'ang=China." For example, Kara Ningyo=China doll and To Jin=Chinese people. It is understandable that either Japanese or Okinawans named the fighting forms developed in Okinawa as "Tode" (then also read as "Karate"), not because these forms came from China but because of unknown factors. As a custom, when there was something unknown to Japanese people, they were pleased to believe that it must have come from China.

1905

In 1905 Karate was included in the physical education curriculum of Okinawa's intermediate schools (junior high). The ideographs (Tode) were standard in Okinawa at this time. In 1905 the Okinawa Master Chomo Hanagi first used the other (Karate) ideograph for his book Karate Soshu Hen.

Meeting in 1936

In 1936 Ryukyu Shimpo, an Okinawan newspaper, sponsored a meeting of Okinawan Karate masters to discuss the status of Karate in Okinawa. Yabu, Kiyamu, Motobu, Miyagi, and Hanagi were invited to Naha, the capital city of Okinawa and also the "Mecca" of the Karate world. In this meeting, the unification of writing was discussed and it was decided to change the name of the art to "Karate" meaning "empty hand".

Reasons For This Change

1. They would establish the new origin. They believed Okinawan fighting arts could be independent from China even though they recognized that great influence by China that existed.

2. The new ideograph also represented the meaning of "Mu" "Ku" which has a stronger association with Zen philosophy than the old.

3. This was the art of fighting methods using no weapons but only the "empty hand".

Standardization

After the meeting, the letter was standardized and has remained unchanged to the present day. The ideograph was used occasionally by people who were reluctant to use changes even in the early 1960's.

The Beginnings In India

According to legend, in the sixth century A.D., the Indian monk Daruma journeyed from India to China to teach the Liang dynasty monarch the tenets of Zen Buddhism. To endure this arduous journey, Daruma developed the physical and mental powers for which he was later renowned. After delivering the tenets of Buddhism, Daruma remained in China, staying in Shaolin Sze where he taught Buddhism to the Chinese monks. Here he became famous for teaching standards of Buddhism that were very strict physically as well as spiritually.

Although there are many stylistic similarities in the fighting arts of India and China, there is no solid evidence that the Chinese fighting arts came from India as is told in legends. There are Chinese texts documenting the existence of several Chinese martial art forms prior to Daruma's journey in the 6th century.

I merely wish to affirm that the organized origins of Karate came into being during this time period, and that no known record either verifies or denies this contention.

The Chinese Influence

"Although the goal of Buddhism is the salvation of the soul, the body and soul cannot be separated. In weak physical condition one will never be able to perform the rigorous training necessary to attain true enlightenment." So Daruma taught student monks Icchin which is regarded as the tool through which is necessary rigorous physical and mental training may be endured.

As a corollary of Daruma's training, the monks at the Shaolin Temple won the reputation of being the best fighters in China.

Ch'Uen Yuan

Most Chan Fa systems are descendants of the one hundred-seventy hand and foot positions of Ch' Uen Yuan and they can be traced back to Bodhidharma's influence.

Branching Out

The Shaolin Chan Fa is listed as one of nine Wai Cha (external schools) of fighting systems and is regarded to be the first established system in China.

1. Shaolin Chan Fa.....Sui period or before

2. Hung Chuan..........Sung period (1127-1279)

3. Tau Tei Yu Tan Tui..Sung period

4. Hon Chaun...........Ming period (1368-1644)

5. Erh-Lang Men........Ming period

6. Fan Chuan...........Ming period

7. Cha Chuan...........Ming period

8. Mi Tsung Yum........Ching period(1699-1911)

9. Pa Chuan............Ching period

In comparison there were the Nei Cha (internal schools), all from the Sung or post Sung Dynasties.

1. Wu Tang Pai

2. Tai Chi Chuan

3. Pa Kua Chaun

4. Hsin Yi Chua

5. Tzu Fan Men

6. Liu He Pa Fa

Japan

Sumo is perhaps the oldest known form or system of weaponless fighting in Japan and dates back beyond the mythological era (before 500 A.D.). The earliest legends tell of two god figures, Takeminakata No Kami and Takemikazuchi No Kami, who engaged in power contests. Another story relates the wrestling contests between Nomino Sikune No Mikoto and Taima NoKehaya. These contests are known to be the first between demi-gods and similar mythological beings.

In 607, during the Sui Dynasty, the first official Japanese ambassador was sent to China, and this exchange was maintained through the T'ang Dynasty. During this time Chinese influence flourished in Japan, and it is believed that Chan Fa was introduced along with many other things of Chinese origin.

Many forms of martial arts already existed in Japan during this time period which might carry the influence of Chan Fa in their fighting styles. However, these Chan Fa systems were never developed by the Japanese martial artists of the day. This lack of development was due to the structure of Japanese society. At that time, there was a very strong status system in Japan much like the caste system in India, and only the members of the samurai class were allowed to use weapons for fighting or train in the martial arts.

The samurai were respected because they protected the commoners. They were expected to behave in a respectful and courageous manner.. Through strong government control, the role of the samurai became a sacred trust, carrying "this burden of pride." Being a member of the samurai class meant lifelong employment unless a samurai was found guilty of wrong doing. In that case, he and his family would lose their jobs permanently.

Samurai constantly practiced weaponry to better themselves and had time for little else. It is easy to see how weaponless fighting systems developed at that time would never gain enough popularity to be properly recognized. Even so, some forms of martial arts were developed like Torite and Ashikeri, and later Yawara and Jujitsu did exist among the lower class police forces. An interesting note is the similarities in the weapons (kobudo) developed in Japan and in Okinawa during this time period.

Early Stages

During the Sui and Tang Dynasties, many Japanese and Chinese representatives traveled with relative freedom between the two countries. This is also when Buddhism came to Japan and gained popularity. Interestingly, during the Heian period between 794-1184, many Buddhist monks were well trained in fighting methods and were used to maintain local law and order. Many became security guards for wealthy individuals in Kyoto. The popularity of Buddism made some temples so powerful that they became involved in many political upheavals. And because of the popularity of Buddism, the monks were untouchable by either the samurai or the government. Many temples became independent and secretive in their administration of religious matters due to the political intrigues.

This is believed to be the time when many martial arts developed in Japan. Wars and battles were still decided by the samurai, but the art of fighting systems was practiced and developed by the Buddhist monks.

Toyotomi Hideyoshi

In 1592, this great general decided to fulfill his dream of conquering the world. He had conquered Japan and sought to continue his quest by marching on to China. Many of his generals were against this plan, and it soon proved to be a disaster as the Japanese faced too many disadvantages. Ships were not powerful enough, the climate was against them, the generals in Korea were not familiar enough with the terrain to plan strategic advances, and resistance was much stronger than expected. The dream was ended with the death of Hideyoshi in 1598 without a single Japanese soldier ever setting foot on Chinese soil.

The failure of this conquest cost Toyotomi not only his life and his fortune, but also his dynasty. Once again the peace of the entire nation was in shambles. The conflict between the remainder of the Toyotomi clan and the rival clan of Tokugawa Dynasty began and was to last for the next three hundred years.

It is oral history that many warriors came back from the failed conquest of China with some kind of hand-to-hand combat system. But as history has revealed, the warriors reached only Korea and not China.

Okinawa

The basic form of self-defense are perhaps as old as mankind. The art of Karate as it is widely practiced today can be traced back to Okinawan martial arts systems called "Te", meaning "hand". Te later was renamed Tode, the name it held before it became known as Karate. the Japanese used the name "kempo", which means "fist way", and the similar term in Chinese is Chan Fa.



Okinawa is the main island of the Ryukyu Islands, located in the East China Sea between Kyushu, Japan and Taiwan. Okinawa has maintained cultural contact for centuries with both China and Japan. Through a constant influence of Chinese sailors and merchants, the indigenous Okinawan fighting forms were heavily influenced by Chan Fa. Because of its strategic location, Okinawa was invaded several times by both China and Japan. Each country sought to use okinawa as a military and diplomatic base. With these two powerful countries vying for control, it is not surprising that the Okinawan people developed high levels of proficiency in self-defense.

Okinawans have long been known as fierce fighters, and the tragic battles of World War II proved to the world that the Okinawans would rather die than live in disgrace. The spirit of the samurai was well developed in the hearts of these people.

The Legendary Sakugawa

In 1724, a man named Sakugawa journeyed to China from his home in Shuri, Okinawa. He was gone for many years, and his friends and relatives thought him lost or dead. One day to everyone's surprise, Sakugawa returned home a much changed man. He possessed a mysterious physical strength and a complex form of Chan Fa.Soon many people wanted to become his students. This was the start of the Sakugawa style of Karate.

Thirty Six Families

The emperor of China sent Okinawa an imperial gift of skilled artisans and merchants. These people soon formed into a community known as the Thirty-Six Families. This community was responsible for the rapid spread of Chan Fa throughout Okinawa. It should be noted that "thirty-six" often means "a great many" and may not mean thirty-six numerically.

Chinese Numbering

One Whole, absolute, first

Two Pair, comparison, front and back,

top and bottom, etc.

Three Sanchin, top-middle-bottom, fate,



Mother Nature

Four Directions, square, objects

Eight Multiple directions, many, plenty

Thirty-Six Great many

Sho Hassi

In 1429, Sho Hassi united the kingdom of Okinawa under his rule and renamed North and South. During the era of his grandson Sho Shin, the policy of "Bunji-Kokka", or government by culture not military force, was put into effect. At this time all weapons were banned except for those used by military forces. The objective was to restore peace and to disarm rival clans.

Civil War In Japan And The Satsuma

After Toyotomi died, Japan was split into two massive forces. One force was the remainder of the Toyotomi clan from the West and the other was controlled by the new leader Tokugawa from the East. In 1600, these two powers met head-to-head at Sekigahara Field to decide the control of Japan. Although most of the Western generals and the Satsuma clan controlled most of Kyushu joined the Toyotomi, the Tokugawa forces won.

Tokugawa allowed the Satsuma-Shimazu family to retain their territories under the edict of unconditional loyalty to Tokugawa. The reason he allowed the Shimazu family to keep their lands was that they were so powerful that trying to destroy them might have proven self-defeating and was not in the best interest of Tokugawa. So instead Tokugawa took the Shimazu family as his allies and sent them to punish Okinawa for refusing to send supplies during the Japan-China war of 1592. It was also a useful way to smooth the honor of the frustrated Satsuma warriors by giving them a new target while keeping them too busy to make any further plays against Tokugawa.

A Ban On All Weapons

Upon seizing control of Okinawa, the Shimazu clan instituted numerous rules of martial law, one of which was a ban on all weapons. This time, however, the ban was on a much larger scale than that instituted by Sho-Shin. Only the Satsuma samurai, who were the invaders and conquerors of Okinawa, were allowed to have weapons.

The methods used by the Satsuma for enforcing the weapons ban were ruthless. Any weapons found in an Okinawan's possession were immediately confiscated and the owner was severely punished. As part of the ban, the Shimazu also prohibited the Okinawans from participating in the study or practice of the martial arts.

This ban had a number of serious effects on the Okinawan martial arts. All study and participation was forced underground, and all teaching was done by word of mouth only.No written records exist which would allow us to trace the development of the Okinawan arts during this time period. This has led to the creation of many false legends due to the inability to document facts.

Secrecy became such an obsession that instructors hid true techniques from rival schools, as in the changing or hiding of moves in kata. this eventually led to the development of new and unique fighting techniques and systems including the modification of farming and work tools into weapons for combat use. The fighting attitudes in the martial arts schools became very violent due to the suppression of civil liberties and the general sentiment of the times.

And above all, the ban made Karate one of the most practical and effective hand-to-hand combat systems ever developed. The need for practical application kept Karate from degenerating to a mostly theoretical art or a simple or obscure form of exercise.

The Secret Revealed

It is impossible to pinpoint when the secrets of Karate began to be revealed long after rules were changed. However, there was a gradual but steady unveiling and interaction of this magnificent art. Luckily, some schools were not as attached to secrecy as others, and slowly the major schools of Karate became less suspicious and more open. Officially, the Satsuma's control ended in 1875, but Karate did not become popular or even well known as being an Okinawan art until around 1903.

Intense rivalry within Karate schools did not help to promote the discovery of the art. Karate, primarily developed to maim or kill opponents, was no longer needed in actual combat as conquering Satsuma samurai had departed for Japan.

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Re: History In Brief > ( MysteRy CollectioN )
« Reply #4 on: December 24, 2013, 03:06:23 PM »
Overview of Shaolin History

   

   

   

      
 
   



There are few historical entities that engender as much debate, confusion, and acrimony as the nature and reality of Shaolin. We have heard distinguished university professors categorically deny the existence of either Shaolin or its problem-children Tongs; that only authenticated accounts by the Communist Chinese government are to be trusted; or that the temples are fictitious, based on stories in old novels.

The following accounts are taken from sources who 1) practiced the specific kung fu styles to Master level from the "supposed" temples, 2) learned their arts AT those temples before the temples were destroyed, or 3) were taught by practitioners from those temples. Also, our sources were corroborated by at least three individuals (standard rule of evidence accepted by most professional journalists). The masters, however, have declined to be named for the reasons that 1) they do not want to engage in controversy-the information is here to accept or reject as you like (as directed by the last lesson of the Buddha), 2) they have assumed new names after leaving China because, as refugees, did not want their families to suffer for their actions. Having said that, and agreeing in advance to protect the confidentiality of our sources, we have been told that...

The Shaolin order dates to about 540 A.D., when an Indian Buddhist priest named Bodhidharma (Tamo in Chinese), traveled to China to see the Emperor. At that time, the Emperor had started local Buddhist monks translating Buddhist texts from Sanskrit to Chinese. The intent was to allow the general populace the ability to practice this religion.

This was a noble project, but when the Emperor believed this to be his path to Nirvana, Tamo disagreed. Tamo's view on Buddhism was that you could not achieve your goal just through good actions performed by others in your name. At this point the Emperor and Tamo parted ways and Tamo traveled to the nearby Buddhist temple to meet with the monks who were translating these Buddhist texts.

The temple had been built years before in the remains of a forest that had been cleared or burned down. At the time of the building of the temple, the emperor's gardeners had also planted new trees. Thus the temple was named "young (or new) forest", (Shaolin in Mandarin, Sil Lum in Cantonese).

When Tamo arrived at the temple, he was refused admittance, probably being thought of as an upstart or foreign meddler by the head abbot (Fang Chang). Rejected by the monks, Tamo went to a nearby cave and meditated until the monks recognized his religious prowess and admitted him. Legend has it that he bored a hole through one side of the cave with his constant gaze; in fact, the accomplishment that earned his recognition is lost to history.

When Tamo joined the monks, he observed that they were not in good physical condition. Most of their routine paralleled that of the Irish monks of the Middle Ages, who spent hours each day hunched over tables where they transcribed handwritten texts. Consequently, the Shaolin monks lacked the physical and mental stamina needed to perform even the most basic of Buddhist meditation practices. Tamo countered this weakness by teaching them moving exercises, designed to both enhance chi flow and build strength. These sets, modified from Indian yogas (mainly hatha, and raja) were based on the movements of the 18 main animals in Indo-Chinese iconography (e.g., tiger, deer, leopard, cobra, snake, dragon, etc.), were the beginnings of Shaolin Kung Fu.

It is hard to say just when the exercises became "martial arts". The Shaolin temple was in a secluded area where bandits would have traveled and wild animals were an occasional problem, so the martial side of the temple probably started out to fulfill self-defense needs. After a while, these movements were codified into a system of self-defense.

As time went on, this Buddhist sect became more and more distinct because of the martial arts being studied. This is not to say that Tamo "invented" martial arts. Martial arts had existed in China for centuries. But within confines of the temple, it was possible to develop and codify these martial arts into the new and different styles that would become distinctly Shaolin. One of the problems faced by many western historians is the supposed contraindication of Buddhist principles of non-violence coupled with Shaolin's legendary martial skills. In fact, the Shaolin practitioner is never an attacker, nor does he or she dispatch the most devastating defenses in any situation. Rather, the study of kung fu leads to better understanding of violence, and consequently how to avoid conflict. Failing that, a Buddhist who refuses to accept an offering of violence (i.e., and attack) merely returns it to the sender. Initially, the kung fu expert may choose to parry an attack, but if an assailant is both skilled and determined to cause harm, a more definitive and concluding solution may be required, from a joint-lock hold to a knockout, to death. The more sophisticated and violent an assault, the more devastating the return of the attack to the attacker. Buddhists are not, therefore, hurting anyone; they merely refuse delivery of intended harm.

The Shaolin philosophy is one that started from Buddhism and later adopted many Taoist principles to become a new sect. Thus even though a temple may have been Taoist or Buddhist at first, once it became Shaolin, it was a member of a new order, an amalgamation of the prevailing Chinese philosophies of the time.

Other temples sprung from Henan. This happened because the original temple would suffer repeated attacks and periods of inactivity as the reigning Imperial and regional leaders feared the martial powers of the not-always unaligned monks. Refugee Shaolin practitioners would leave the temple to teach privately (in Pai) or at other Buddhist or Taoist temples. In rare cases, a new Shaolin Temple would be erected (Fukien, Kwangtung) or converted from a pre-existing temple (Wu-Tang, O Mei Shan). Politically and militarily involved monks (such as the legendary White Eyebrow and Hung Tze Kwan) would be perpetual sources of trouble for the generally temporally aloof monks.

The Boxer rebellion in 1901 was the beginning of the end of the Shaolin temples. Prior to that, China had been occupied by Western and Japanese governments and business interests. The British had turned the Imperial family into an impotent puppet regime largely through the import and sales of opium and the general drug-devastation inflicted upon the poor population. This lead to the incursion of other European powers, including Russia, France and Holland, and later the Japanese and Americans. By the late 1800s, China was effectively divided into national zones, each controlled by one of the outside powers (similar to post World War II Berlin, on a hugely larger scale). The long standing animosities between China and Japan worsened, and extended to include all other "foreign devils" as well. Coupled with the now almost universal disdain by the Chinese for their Empress, a Nationalist movement with nation-wide grass-roots support was born. Among the front line soldiers of the new "order" were the legendary and near-legendary martial artists-many Shaolin-known as Boxers (remember how Bruce Lee, in his films depicting these times, refers to himself as a Chinese boxer...). Though their initial assaults on the military powers of the occupation governments were not entirely successful (many believed in Taoist magical spells that would make them impervious to gunfire), their temporary defeat would lead to a more modern reformation that included adopting modern military weapons and tactics.

The withdrawal of western forces was prolonged over many years, and by the end of World War I saw China in an almost feudal state of civil war. Not only were national troops fighting loyalists, but both sides had to fight the Japanese (who still held much of the northern Manchurian region of China) as well as many powerful, regional warlords. Many parts of China were virtually anarchies, but by 1931 almost all non-Asian occupants had been successfully driven out (with the interesting exception, in the late 1930s, of the volunteer American airmen known as The Flying Tigers, who helped repel Japanese forces prior to World War II), and the major combatants within China were the Nationalists and the Communists. Both sides displayed the typical jingoistic attitudes of forces in mindless warfare-if you aren't with us, you are against us. Neutrality meant nothing except the possibility of a later enemy. Consequently, Shaolin and other monks were routinely murdered by soldiers from both sides. One result of this program of murder was the exodus of many monks into the hills, or abroad, with the hope that Shaolin knowledge might survive even if the temples themselves did not.

The temples were unfortunate victims of war in a land that had abandoned its historical practice of respecting posterity and ancestors. All were ransacked and looted by various armed groups. O Mei Shan Temple ("Great White Mountain"), in Szechuan Province, was situated on a mountain top and deemed by Chinese officers to be a fitting target for artillery practice. It was shelled in turn by Nationalist and Communist armies. In a fitting twist of fate, this one-time site of medical and natural history knowledge was rebuilt by the Communists in the mid 1970s, and now stands as the National Park and Research Headquarters for the panda preserve.

There are various stories coming out of China today referring to the history of Shaolin, particularly over the past 300 years. However, many of these stories are suspect (compare Chinese accounts of Tiananmen Square with CNN news coverage), with the more commonly "authenticated" versions coming from government records. The fact that Chinese authorities outlawed Shaolin and martial arts practices makes any story about their history from such sources suspect. The prevalent wu-shu styles originated as a result of a compromise between the post-World War II governments and the national need and history of having a martial arts tradition. Wu-Shu, however, was not designed as a martial art (strictly illegal), and claims to the contrary date back only a decade or so, following on the popularity of Kung Fu.

Description of the Temples
There were 5 main temples at the height of the Shaolin order, though all 5 temples were rarely active at the same time.


Henan: This is "the" Shaolin temple seen in Chinese kung fu movies, and the one portrayed in the ABC-TV "Kung Fu" series of the 1970s. The physical premises, located in Loyang, a small mountain town southwest of Beijing, have been restored by the Chinese government in the mid 1970s (the temple was destroyed as a result of the Boxer Rebellion of 1901, but probably not until the late 1920s), and subsequently become a tourist/martial arts Mecca. Most of the resident "monks" seen today are actors, similar to the people you would meet in Colonial Williamsburg and other historical sites. During most of its history, Henan Temple was the seat of the most senior monks in the Shaolin Order.

Fukien: Probably built around the same time as Henan Temple, but originally a mainstream Buddhist temple until the early 1600s. This temple was integrated into the Shaolin order around 1650. Larger than the Henan Temple, Fukien served as the "headquarters" during times when Henan was either destroyed or under threat. The southern styles of praying mantis, snake, dragon, and Wing Chun were all developed in Fukien Temple, or by its masters. The temple was burned during the Boxer Rebellion, and its remains were rediscovered in the early 1980s.

Kwangtung: southern school, taught many great warriors, snake temple. Temple was built in late 1700's as a Shaolin temple, built in a mountain area overlooking the ocean near the city of Canton in Canton Province. This Cantonese temple was close to (ca. 150 miles southwest) Fukien, and was home to many southern styles, including Choy Li Fut and dragon (styles often originated in one location and were modified at others). Shelled during the civil warring following the Boxer Rebellion.

Wutang: Tiger temple. Located near the town of Wutang. Built in a politically unstable area (near Manchuria and the Korean peninsula). Probably the temple most involved with temporal concerns, and consequently often besieged by one army or another. Mercenary monks, including Bok Lei, Hung Si Kuan, and Bok Mei all came from Wutang, eventually moving to Henan (and thus involving Shaolin in its biggest political incursion). Very old temple, integrated into the Shaolin order around AD 800.

O Mei Shan: (literally, "Great White Mountain"), northern, library and medical temple. This temple was located in an inaccessible area of the Szechuan province and imported monks much like research institutions do today. The temple itself was very old, probably Taoist in origin. Integrated into Shaolin order around AD 1500. Was in close contact with Tibet. Crane temple. This was a major medical "school" for four centuries, the libraries filled with tomes from East and West. The buildings were used for artillery practice by the armies of both Shang Kai Shek and Mao Tze Tung, but restored in the early 1970s. Today, the "temple" serves as the conservation service headquarters for the bamboo forests of Szechuan and research center for the pandas.

The first four temples had the brands of the tiger and dragon on the left and right forearms respectively. The O mei shan temple had the mantis and the crane on the right and left forearms.

Structure of the Temples
Description of Ranks
The Shaolin had a limited class structure with three major levels: students, disciples, and masters. At the base was the student class, which held the most individuals. Members of this group cooked all the meals, washed clothes and performed all other menial or manual labor. Their station was such in order to teach them humility and respect, but also to provide the masters with an opportunity to observe potential protégés before entrusting them with martial arts skills. One who entered before you and was still in your class was an older brother or sister.

The next class of the Shaolin was composed of disciples. They were students who had demonstrated that they were worthy of learning the martial arts of the temple. Upon entrance into this class, they spent from two to four years in the exclusive study of the Shaolin arts of war and medicine, having already received their basic philosophical training as students. As students they learned the principles of Shaolin ethics; as disciples, their time had come to live those ethics, posing as examples for others to follow.

Above the disciples were the masters, who were accorded status as full monks of the temple. The title of master had been bestowed upon them because they had learned completely a system of martial arts from their temple and perfected it, thus achieving technical mastery. Also, they had succeeded in learning the philosophy of the temple well enough to teach what they had learned. Indeed, this was their function in the temple. They were the dispensers of knowledge to the student classes. Among themselves, they had levels of excellence which indicated their martial arts prowess and their grasp of the Shaolin philosophy.

The title "grandmaster" is not a traditional rank, but a modified term to indicate that the master had also been a teacher of other students who had attained master rank. There was no test or formal requirement for the use of this title, and grandmasters rarely use the term in reference to themselves.

Titles
These titles are in Mandarin

Male

Female

Junior Student

shidi

shimui

White Sash

Senior Student

shihing

shimei

White Sash

Disciple

shisuk

shigoo mei

Black Sash, 1st-2nd

Instructor

shifu

shimoo

Black Sash, 3rd-4th

Senior Instructor

sibok

shidigoo

Black Sash, 5th

Master

sigung

shipoo

Gold Sash, 5th-7th

Grandmaster

shidaigong

shidaipoo

Red Sash, 8th and up



These titles are in Cantonese

Male

Female

Junior Student

sidi

simui

White Sash

Senior Student

sihing

sijei

White Sash

Disciple

sisuk

sigoo mui

Black Sash, 1st-2nd

Instructor

sifu

simoo

Black Sash, 3rd-4th

Senior Instructor

sibok

sidigoo

Black Sash, 5th

Master

sigung

sipoo

Gold Sash, 5th-7th

Grandmaster

sitaigung

sitaipoo

Red Sash, 8th and up

Ranking
There are four traditional sash colours in Shaolin (master ranks are divided into a lower gold and higher red levels):

white sash: student

black sash: disciple

gold sash: weapons master, basic unarmed master

red sash: unarmed master, pries/monk level

The standard uniform is white with the colors used below as trim:

Choy Li Fut: tan stripe, symbolic of horses

Crane: white stripe, symbolic of the crane

Tibetan white crane: pale blue stripe

Cobra: emerald stripe, origin unknown

Dragon: color of style of dragon studied

Snake: very dark green stripe

Tiger: red stripe, symbolic of healthy muscle

What is a disciple?
The young student was curious about why some wore the black sash and others didn't, though both showed similar martial prowess. The Master was approached, and the questions presented to him. His answer was lucid.

"What is a black sash? By now you know that it means entry into discipleship, one who has proven himself over a period of rigorous training. He is dedicated, loyal, knowledgeable and above all, trustworthy. So trustworthy, in fact, that they alone in the organization have a rank which automatically expires annually unless they prove they are still worthy.

"It is not an automatic award; there are no specific physical requirements to met for all. The number of forms is irrelevant. Intangible elements are the most important elements in this promotion. Taking responsibility for one's life and actions; the ability to respect a trust; the ability to be friend, counselor, sibling, or training companion. Out of the nearly 3000 students in this pai, only a very few have been the black sash.

"They do more than what is asked of them, seeing tasks not as duties but as challenges to learn from. They sacrifice time and effort. Rather than neglect work or school, they learn to cultivate each with their Kung Fu. They are competent in their chosen field, and use this knowledge to enhance that competence. They do not forget the philosophical principles after each class; they LIVE them. And they persevere, even-ESPECIALLY-when things get rough.

"They lead, not through intimidation or rank, but through compassion and respect. They are models, and people openly and genuinely respect them. And they learn, always."

The student pondered this answer for some time. He watched the senior students and new disciples work out, then he watched them during non-training time. In time he saw the difference in action between those who acted in full knowledge of their actions, and those desperately fighting a flow from outside

Finally he understood the whole point of the structure of Shaolin ranking, as it were. You could not be made into a worthy one, but rather you acknowledge that you are by being one. How subtle! How appropriate. How Shaolin.

LIFE IN THE TEMPLE
Part 1
It would be as difficult to describe an "average" day in the life of an "average" Shaolin monk because, as with almost all other human activities, each day and each life was different. What we shall attempt is a guided tour through a temple (based on oral history from Canton's temple) as it existed until about 1915. The features are generalized, but intended to give a vicarious feel for what the reality was like.

The grounds outside the temple contain a variety of agricultural gardens, where most of the monk's food is grown. The front walls, however, are landscaped to reflect Shaolin concepts of peace and harmony. Pine and bamboo are carefully tended to line the approachway, but a grassy area separates the front gates from the trees. This "moat" is about 40 feet wide, and provides an area of no cover for potential intruders to hide behind. It is also out here where most of the weapons practice takes place (only Hollywood could afford a temple so large that all its functions were contained within walls). The main entrance is barred by two huge, wooden gates, that close at right angles to each other; one swings like conventional doors, the other slides laterally from one wall to the other, providing extra protection against battering ram assaults. Normally, the front gates are used for ceremonial occasions, such as the exiting of a recently promoted monk. For today, the gate is secured, and we must enter by a smaller gate on one of the side walls.

As you walk along the side wall, you may observe a few monks playing traditional musical instruments, or attending a philosophical discussion with a senior monk. Though movies portray Shaolin as testosterone-enhanced mega-jocks, the temples were actually cultural centers, something like modern universities. It was believed that mastery could only come from attaining a harmony of body, mind, and spirit. Each monk, therefore, was versed in more than martial arts, which were actually considered among the lower levels of accomplishment. (Here we must digress; Shaolin did not belittle their kung fu, but saw it and the practitioner incomplete and rather wasted if fighting was all he could do well. Kung fu proved a peace of mind through superior firepower, but was mainly used for physical discipline. That discipline was expected to be used to improve the holistic person.)

You enter through a narrow stone portal, and pass into another garden, possibly planted with a variety of flowers. In a small adjacent courtyard some disciples are training in kung fu. Along the walls are benches, where younger students are mending clothes, making baskets, or practicing calligraphy. A stone building on the left is the granary, and just beyond are more monks making flour. All around you are people doing rather mundane activities, for this is the guts area, where food is stored and prepared, students study, and daily business with the outside world transacted. A large structure twenty yards to the right looks like a temple; you enter to find a small temple area, with an altar, statues, and burning joss sticks at the far end. This is not the main temple, but a disciple and student area for daily meditation. It is here where they receive morning and evening instructions in meditation and visualization, and during the daytime disciples are taught other aspects of coordination.

It is here where you may first notice that not all the inhabitants are men; nor are men the only monk trainees. Shaolin was dedicated to the universality of human experience, and denied no one with qualifications admittance (again, contrary to television). Among the most famous Shaolin were some of the "nuns", including southern green dragon co-founder Ng Mui, Wing Chun founder Ng Mui (separated by about ten generations, and probably no relation), and others. The chauvinistic idea that Shaolin was for men only is loudly declaimed by the very existence of two of the Temple's most famous and prestigious styles. As for the term "nun," a sad choice, but, like "priest," was taken from the familiar structure of Christian missionaries to name their "heathen" counterparts. Women in the temple had the same rights, privileges, responsibilities, and offices as the men. All were addressed as (loose translation) "monk." Only titles of specific address were gender-related (see RANKING), such that senior women were called "older sister", training masters called "aunt", and so on.

Moving out the far door and continuing to the left, you walk through a beautifully manicured garden. The path meanders among short islands of grass and carefully raked sand and gravel. Small trees are dotted among the islands. A pool of fish is on one side, and sitting near it is a monk in meditation. At the far end are some students, also meditating. Your walk ends abruptly at another wall, and you may go either left or right; going right, you eventually come to the end of the wall, which is the south face of the main and ceremonial temple building. Ahead some 200 feet is the main gate again, but instead we turn left and proceed across the barren courtyard towards the temple's entrance. We climb three sets of stone stairs and pass through an intricate door, each side supported by a column carved to resemble upwardly-flying dragons, their scale edges colored with gold, their bodies painted dark green. Across the entrance is a red plaque with gold characters that translate into "Shaolin Temple." Huge wooden doors would normally be closed, except when the temple is in ceremonial use; for now, they are open and we proceed inside.

Our eyes slowly adjust to the dark interior, illuminated today by a minimum number of candles along each wall. Above and behind the candles are statues, each 2-3 feet in height; along the left wall are various incarnations of the Buddha, Bodhidharma, and important Shaolin patriarchs from history. Along the right are depictions of the classical animals in a variety of fighting stances, each posed as if defending its human counterpart across the aisle. At the far end of the long hall is a giant statue of the Buddha.

As you leave by a small rear door from the main temple, you can again see the food area to the far left; ahead are the kitchens, eating, and sleeping areas; and to the far right a string of low buildings that house the common rooms, library, and writing areas. You walk through the dining hall into another narrow courtyard bordered by a low wall. At intervals along the wall are narrow entrances, each with a wooden door. Beyond each door is an area for the training and instruction of kung fu-these are the legendary chambers.

The training chambers of Shaolin have assumed a nearly mythical status among martial artists, probably because of the legendary results of their successful students. In reality, the chambers were simply training areas for different aspects of kung fu. Some were style-specific, that is, where you would learn the kuen (formwork) of tiger or dragon. Others were places for muscular development, such as horse-training and water-carrying chambers. Some taught coordination and reflex drills; combat and sparring; weapons use; and meditation and visualization techniques. The actual number of chambers varied, depending upon which temple you were in, the combination of skills taught as a "core" by particular training masters, and, naturally, the size of the temple. In Canton, for example, many chambers served double or triple functions. You might study a crane form in chamber 4 at 8 a.m., practice sparring there at 12, and return for coordination drills at 5.

Part 3
It is important to stress that more myth surrounds our general beliefs about Shaolin monks than is warranted. Among the readily dismissed fallacies are: Shaolin were all male, were celibate, were primarily warriors, studied primarily kung fu, were all trained physicians, were different somehow from other people. Myths place real people on pedestals, and this does nothing for potential students. After all, who could possibly and realistically expect to attain demi-godhood? Shaolin had their heroes and villains, ascetic priests and political rebels, devout celibates and prolific parents.

The most universally held belief seems to be that Shaolin was a place to study, first and foremost, kung fu. China has a history of hundreds of martial arts, only a small fraction being true "Shaolin" practices, so it was virtually never necessary to get thee to a convent to learn pugilism. In fact, the combat side of kung fu was taught to Shaolin disciples as a means of combating the self, to restrain ego and develop physical domain over your own body. Consider how little true control people generally have over themselves; we are never far from a "pathological" klutz, or people who revv their physical energies to little avail. When Bodhidharma instituted the practices that evolved into kung fu, his primary concern was to make the monks physically strong enough to withstand both the isolated lifestyle and the deceptively demanding training that meditation would require. In fact, it is one of the oldest Shaolin axioms that "one who engages in combat has already lost the battle." Such philosophies, alas, make for terrible movie plots...

The early phases of Shaolin training involved a lot of what we would call grammar school (for most students, entry was made when under the age of ten). Long days were spent learning to read and write, and quality calligraphy was seen as proof of a good education. Students also learned math, history, manners and customs, Taoist and Buddhist philosophies, painting, music, textile work, agriculture, pottery, and cooking. To be anything less than self-sufficient was seen as a failing of the training regimen. Older students and disciples would often write books of history, poetry, or natural history, while others would form musical ensembles (often with a master or two), paint, or learn medicine. It was one's development of the cultural side of life that mainly marked one's standing in the Shaolin community.

Hence the rather large amount of building space for housing a library, art materials, a music area, and other life-skills. Such interests were actively encouraged, and to again draw a parallel to modern American universities, such monks often taught "outreach" sessions to the local community. Wandering monks brought art, reading, medicine, and agriculture to remote villages, while people near a temple could come for sessions in all these topics. Mainly, however, they came for farming and medical assistance, as most Chinese villagers were not as intellectually active as some "New Agers" would have us believe.

Description of the Temples
There were 5 main temples at the height of the Shaolin order, though all 5 temples were rarely active at the same time.


Henan: This is "the" Shaolin temple seen in Chinese kung fu movies, and the one portrayed in the ABC-TV "Kung Fu" series of the 1970s. The physical premises, located in Loyang, a small mountain town southwest of Beijing, have been restored by the Chinese government in the mid 1970s (the temple was destroyed as a result of the Boxer Rebellion of 1901, but probably not until the late 1920s), and subsequently become a tourist/martial arts Mecca. Most of the resident "monks" seen today are actors, similar to the people you would meet in Colonial Williamsburg and other historical sites. During most of its history, Henan Temple was the seat of the most senior monks in the Shaolin Order.

Fukien: Probably built around the same time as Henan Temple, but originally a mainstream Buddhist temple until the early 1600s. This temple was integrated into the Shaolin order around 1650. Larger than the Henan Temple, Fukien served as the "headquarters" during times when Henan was either destroyed or under threat. The southern styles of praying mantis, snake, dragon, and Wing Chun were all developed in Fukien Temple, or by its masters. The temple was burned during the Boxer Rebellion, and its remains were rediscovered in the early 1980s.

Kwangtung: southern school, taught many great warriors, snake temple. Temple was built in late 1700's as a Shaolin temple, built in a mountain area overlooking the ocean near the city of Canton in Canton Province. This Cantonese temple was close to (ca. 150 miles southwest) Fukien, and was home to many southern styles, including Choy Li Fut and dragon (styles often originated in one location and were modified at others). Shelled during the civil warring following the Boxer Rebellion.

Wutang: Tiger temple. Located near the town of Wutang. Built in a politically unstable area (near Manchuria and the Korean peninsula). Probably the temple most involved with temporal concerns, and consequently often besieged by one army or another. Mercenary monks, including Bok Lei, Hung Si Kuan, and Bok Mei all came from Wutang, eventually moving to Henan (and thus involving Shaolin in its biggest political incursion). Very old temple, integrated into the Shaolin order around AD 800.

O Mei Shan: (literally, "Great White Mountain"), northern, library and medical temple. This temple was located in an inaccessible area of the Szechuan province and imported monks much like research institutions do today. The temple itself was very old, probably Taoist in origin. Integrated into Shaolin order around AD 1500. Was in close contact with Tibet. Crane temple. This was a major medical "school" for four centuries, the libraries filled with tomes from East and West. The buildings were used for artillery practice by the armies of both Shang Kai Shek and Mao Tze Tung, but restored in the early 1970s. Today, the "temple" serves as the conservation service headquarters for the bamboo forests of Szechuan and research center for the pandas.

The first four temples had the brands of the tiger and dragon on the left and right forearms respectively. The O mei shan temple had the mantis and the crane on the right and left forearms.

Structure of the Temples
Description of Ranks
The Shaolin had a limited class structure with three major levels: students, disciples, and masters. At the base was the student class, which held the most individuals. Members of this group cooked all the meals, washed clothes and performed all other menial or manual labor. Their station was such in order to teach them humility and respect, but also to provide the masters with an opportunity to observe potential protégés before entrusting them with martial arts skills. One who entered before you and was still in your class was an older brother or sister.

The next class of the Shaolin was composed of disciples. They were students who had demonstrated that they were worthy of learning the martial arts of the temple. Upon entrance into this class, they spent from two to four years in the exclusive study of the Shaolin arts of war and medicine, having already received their basic philosophical training as students. As students they learned the principles of Shaolin ethics; as disciples, their time had come to live those ethics, posing as examples for others to follow.

Above the disciples were the masters, who were accorded status as full monks of the temple. The title of master had been bestowed upon them because they had learned completely a system of martial arts from their temple and perfected it, thus achieving technical mastery. Also, they had succeeded in learning the philosophy of the temple well enough to teach what they had learned. Indeed, this was their function in the temple. They were the dispensers of knowledge to the student classes. Among themselves, they had levels of excellence which indicated their martial arts prowess and their grasp of the Shaolin philosophy.

The title "grandmaster" is not a traditional rank, but a modified term to indicate that the master had also been a teacher of other students who had attained master rank. There was no test or formal requirement for the use of this title, and grandmasters rarely use the term in reference to themselves.

Titles
These titles are in Mandarin

Male

Female

Junior Student

shidi

shimui

White Sash

Senior Student

shihing

shimei

White Sash

Disciple

shisuk

shigoo mei

Black Sash, 1st-2nd

Instructor

shifu

shimoo

Black Sash, 3rd-4th

Senior Instructor

sibok

shidigoo

Black Sash, 5th

Master

sigung

shipoo

Gold Sash, 5th-7th

Grandmaster

shidaigong

shidaipoo

Red Sash, 8th and up



These titles are in Cantonese

Male

Female

Junior Student

sidi

simui

White Sash

Senior Student

sihing

sijei

White Sash

Disciple

sisuk

sigoo mui

Black Sash, 1st-2nd

Instructor

sifu

simoo

Black Sash, 3rd-4th

Senior Instructor

sibok

sidigoo

Black Sash, 5th

Master

sigung

sipoo

Gold Sash, 5th-7th

Grandmaster

sitaigung

sitaipoo

Red Sash, 8th and up

Ranking
There are four traditional sash colours in Shaolin (master ranks are divided into a lower gold and higher red levels):

white sash: student

black sash: disciple

gold sash: weapons master, basic unarmed master

red sash: unarmed master, pries/monk level

The standard uniform is white with the colors used below as trim:

Choy Li Fut: tan stripe, symbolic of horses

Crane: white stripe, symbolic of the crane

Tibetan white crane: pale blue stripe

Cobra: emerald stripe, origin unknown

Dragon: color of style of dragon studied

Snake: very dark green stripe

Tiger: red stripe, symbolic of healthy muscle

What is a disciple?
The young student was curious about why some wore the black sash and others didn't, though both showed similar martial prowess. The Master was approached, and the questions presented to him. His answer was lucid.

"What is a black sash? By now you know that it means entry into discipleship, one who has proven himself over a period of rigorous training. He is dedicated, loyal, knowledgeable and above all, trustworthy. So trustworthy, in fact, that they alone in the organization have a rank which automatically expires annually unless they prove they are still worthy.

"It is not an automatic award; there are no specific physical requirements to met for all. The number of forms is irrelevant. Intangible elements are the most important elements in this promotion. Taking responsibility for one's life and actions; the ability to respect a trust; the ability to be friend, counselor, sibling, or training companion. Out of the nearly 3000 students in this pai, only a very few have been the black sash.

"They do more than what is asked of them, seeing tasks not as duties but as challenges to learn from. They sacrifice time and effort. Rather than neglect work or school, they learn to cultivate each with their Kung Fu. They are competent in their chosen field, and use this knowledge to enhance that competence. They do not forget the philosophical principles after each class; they LIVE them. And they persevere, even-ESPECIALLY-when things get rough.

"They lead, not through intimidation or rank, but through compassion and respect. They are models, and people openly and genuinely respect them. And they learn, always."

The student pondered this answer for some time. He watched the senior students and new disciples work out, then he watched them during non-training time. In time he saw the difference in action between those who acted in full knowledge of their actions, and those desperately fighting a flow from outside

Finally he understood the whole point of the structure of Shaolin ranking, as it were. You could not be made into a worthy one, but rather you acknowledge that you are by being one. How subtle! How appropriate. How Shaolin.

LIFE IN THE TEMPLE
Part 1
It would be as difficult to describe an "average" day in the life of an "average" Shaolin monk because, as with almost all other human activities, each day and each life was different. What we shall attempt is a guided tour through a temple (based on oral history from Canton's temple) as it existed until about 1915. The features are generalized, but intended to give a vicarious feel for what the reality was like.

The grounds outside the temple contain a variety of agricultural gardens, where most of the monk's food is grown. The front walls, however, are landscaped to reflect Shaolin concepts of peace and harmony. Pine and bamboo are carefully tended to line the approachway, but a grassy area separates the front gates from the trees. This "moat" is about 40 feet wide, and provides an area of no cover for potential intruders to hide behind. It is also out here where most of the weapons practice takes place (only Hollywood could afford a temple so large that all its functions were contained within walls). The main entrance is barred by two huge, wooden gates, that close at right angles to each other; one swings like conventional doors, the other slides laterally from one wall to the other, providing extra protection against battering ram assaults. Normally, the front gates are used for ceremonial occasions, such as the exiting of a recently promoted monk. For today, the gate is secured, and we must enter by a smaller gate on one of the side walls.

As you walk along the side wall, you may observe a few monks playing traditional musical instruments, or attending a philosophical discussion with a senior monk. Though movies portray Shaolin as testosterone-enhanced mega-jocks, the temples were actually cultural centers, something like modern universities. It was believed that mastery could only come from attaining a harmony of body, mind, and spirit. Each monk, therefore, was versed in more than martial arts, which were actually considered among the lower levels of accomplishment. (Here we must digress; Shaolin did not belittle their kung fu, but saw it and the practitioner incomplete and rather wasted if fighting was all he could do well. Kung fu proved a peace of mind through superior firepower, but was mainly used for physical discipline. That discipline was expected to be used to improve the holistic person.)

You enter through a narrow stone portal, and pass into another garden, possibly planted with a variety of flowers. In a small adjacent courtyard some disciples are training in kung fu. Along the walls are benches, where younger students are mending clothes, making baskets, or practicing calligraphy. A stone building on the left is the granary, and just beyond are more monks making flour. All around you are people doing rather mundane activities, for this is the guts area, where food is stored and prepared, students study, and daily business with the outside world transacted. A large structure twenty yards to the right looks like a temple; you enter to find a small temple area, with an altar, statues, and burning joss sticks at the far end. This is not the main temple, but a disciple and student area for daily meditation. It is here where they receive morning and evening instructions in meditation and visualization, and during the daytime disciples are taught other aspects of coordination.

It is here where you may first notice that not all the inhabitants are men; nor are men the only monk trainees. Shaolin was dedicated to the universality of human experience, and denied no one with qualifications admittance (again, contrary to television). Among the most famous Shaolin were some of the "nuns", including southern green dragon co-founder Ng Mui, Wing Chun founder Ng Mui (separated by about ten generations, and probably no relation), and others. The chauvinistic idea that Shaolin was for men only is loudly declaimed by the very existence of two of the Temple's most famous and prestigious styles. As for the term "nun," a sad choice, but, like "priest," was taken from the familiar structure of Christian missionaries to name their "heathen" counterparts. Women in the temple had the same rights, privileges, responsibilities, and offices as the men. All were addressed as (loose translation) "monk." Only titles of specific address were gender-related (see RANKING), such that senior women were called "older sister", training masters called "aunt", and so on.

Moving out the far door and continuing to the left, you walk through a beautifully manicured garden. The path meanders among short islands of grass and carefully raked sand and gravel. Small trees are dotted among the islands. A pool of fish is on one side, and sitting near it is a monk in meditation. At the far end are some students, also meditating. Your walk ends abruptly at another wall, and you may go either left or right; going right, you eventually come to the end of the wall, which is the south face of the main and ceremonial temple building. Ahead some 200 feet is the main gate again, but instead we turn left and proceed across the barren courtyard towards the temple's entrance. We climb three sets of stone stairs and pass through an intricate door, each side supported by a column carved to resemble upwardly-flying dragons, their scale edges colored with gold, their bodies painted dark green. Across the entrance is a red plaque with gold characters that translate into "Shaolin Temple." Huge wooden doors would normally be closed, except when the temple is in ceremonial use; for now, they are open and we proceed inside.

Our eyes slowly adjust to the dark interior, illuminated today by a minimum number of candles along each wall. Above and behind the candles are statues, each 2-3 feet in height; along the left wall are various incarnations of the Buddha, Bodhidharma, and important Shaolin patriarchs from history. Along the right are depictions of the classical animals in a variety of fighting stances, each posed as if defending its human counterpart across the aisle. At the far end of the long hall is a giant statue of the Buddha.

As you leave by a small rear door from the main temple, you can again see the food area to the far left; ahead are the kitchens, eating, and sleeping areas; and to the far right a string of low buildings that house the common rooms, library, and writing areas. You walk through the dining hall into another narrow courtyard bordered by a low wall. At intervals along the wall are narrow entrances, each with a wooden door. Beyond each door is an area for the training and instruction of kung fu-these are the legendary chambers.

The training chambers of Shaolin have assumed a nearly mythical status among martial artists, probably because of the legendary results of their successful students. In reality, the chambers were simply training areas for different aspects of kung fu. Some were style-specific, that is, where you would learn the kuen (formwork) of tiger or dragon. Others were places for muscular development, such as horse-training and water-carrying chambers. Some taught coordination and reflex drills; combat and sparring; weapons use; and meditation and visualization techniques. The actual number of chambers varied, depending upon which temple you were in, the combination of skills taught as a "core" by particular training masters, and, naturally, the size of the temple. In Canton, for example, many chambers served double or triple functions. You might study a crane form in chamber 4 at 8 a.m., practice sparring there at 12, and return for coordination drills at 5.

Part 3
It is important to stress that more myth surrounds our general beliefs about Shaolin monks than is warranted. Among the readily dismissed fallacies are: Shaolin were all male, were celibate, were primarily warriors, studied primarily kung fu, were all trained physicians, were different somehow from other people. Myths place real people on pedestals, and this does nothing for potential students. After all, who could possibly and realistically expect to attain demi-godhood? Shaolin had their heroes and villains, ascetic priests and political rebels, devout celibates and prolific parents.

The most universally held belief seems to be that Shaolin was a place to study, first and foremost, kung fu. China has a history of hundreds of martial arts, only a small fraction being true "Shaolin" practices, so it was virtually never necessary to get thee to a convent to learn pugilism. In fact, the combat side of kung fu was taught to Shaolin disciples as a means of combating the self, to restrain ego and develop physical domain over your own body. Consider how little true control people generally have over themselves; we are never far from a "pathological" klutz, or people who revv their physical energies to little avail. When Bodhidharma instituted the practices that evolved into kung fu, his primary concern was to make the monks physically strong enough to withstand both the isolated lifestyle and the deceptively demanding training that meditation would require. In fact, it is one of the oldest Shaolin axioms that "one who engages in combat has already lost the battle." Such philosophies, alas, make for terrible movie plots...

The early phases of Shaolin training involved a lot of what we would call grammar school (for most students, entry was made when under the age of ten). Long days were spent learning to read and write, and quality calligraphy was seen as proof of a good education. Students also learned math, history, manners and customs, Taoist and Buddhist philosophies, painting, music, textile work, agriculture, pottery, and cooking. To be anything less than self-sufficient was seen as a failing of the training regimen. Older students and disciples would often write books of history, poetry, or natural history, while others would form musical ensembles (often with a master or two), paint, or learn medicine. It was one's development of the cultural side of life that mainly marked one's standing in the Shaolin community.

Hence the rather large amount of building space for housing a library, art materials, a music area, and other life-skills. Such interests were actively encouraged, and to again draw a parallel to modern American universities, such monks often taught "outreach" sessions to the local community. Wandering monks brought art, reading, medicine, and agriculture to remote villages, while people near a temple could come for sessions in all these topics. Mainly, however, they came for farming and medical assistance, as most Chinese villagers were not as intellectually active as some "New Agers" would have us believe.



Now for a controversial note: our instructors, all products of the old temples, taught that if a person study Shaolin and learn little more than kung fu, he was not Shaolin. All the arts of the temple were aimed at leading one closer to enlightenment by providing tools to make a whole person, or what we often call Renaissance people. A jack of many trades, master of one or two, those are qualities that define a priest, according to those who long made such designations in China. If you are a young person in school, do not sacrifice studies for martial arts; even if you learn skill, a tool with a dull edge is a dull tool of limited use.

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Re: History In Brief > ( MysteRy CollectioN )
« Reply #5 on: December 26, 2013, 11:20:19 AM »
History of computer

 




1947

Eckert and Mauchly with the ENIAC
 Computer pioneers Presper Eckert and John Mauchly founded the Eckert-Mauchly Computer Corp. to construct machines based on their experience with ENIAC and EDVAC. The only machine the company built was BINAC. Before completing the UNIVAC, the company became a division of Remington Rand.
1952
    Heinz Nixdorf founded Nixdorf Computer Corp. in Germany. It remained an independent corporation until merging with Siemens in 1990.
1956

ElectroData computer in use, 1955
 Burroughs buys Electrodata. Calculator manufacturer Burroughs gained entry to the computer industry by purchasing the southern California company Electrodata Corporation. The combined firm became a giant in the calculating machine business and expanded into electronics and digital computers when these technologies developed. Burroughs created many computer systems in the 1960s and 1970s and eventually merged with the makers of the Sperry Rand (maker of Univac computers) to form Unisys.
1957

Digital Equipment Corp.
 A group of engineers led by Ken Olsen left MIT´s Lincoln Laboratory founded a company based on the new transistor technology. In August, they formally created Digital Equipment Corp. It initially set up shop in a largely vacant woolen mill in Maynard, Mass., where all aspects of product development — from management to manufacturing — took place.


CDC 1604
 In Minneapolis, the original Engineering Research Associates group led by Bill Norris left Sperry Rand to form a new company, Control Data Corp., which soon released its model 1604 computer.
1963
    Tandy Radio Shack is founded.  Tandy Radio Shack (TRS) was formed by the 1963 merger of Tandy Leather Company and Radio Shack.  TRS began by selling a variety of electronic products, mainly to hobbyists. The TRS-80 Model I computer, introduced in 1977, was a major step in introducing home computers to the public.  Like the Commodore PET and the Apple II, which were introduced within months of the TRS-80, the computer came assembled and ready to run.
1965

Commodore Business Machine founder Jack Tramiel
 Commodore Business Machines (CBM) is founded. Its founder Jack Tramiel emigrated to the US after WWII where he began repairing typewriters. In 1965, he moved to Toronto and established Commodore International which also began making mechanical and electronic calculators. In 1977, Commodore released the Commodore PET computer; in 1981 the VIC-20; and, in 1982, the Commodore 64. CBM purchased competitor Amiga Corporation in 1984. Despite being the largest single supplier of computers in the world at one time, by 1984 internal disputes and market pressures led to financial problems. The company declared bankruptcy in 1994.
1968

Ivan Sutherland and David Evans, 1969
 Evans & Sutherland is formed. In 1968, David Evans and Ivan Sutherland, both professors of computer science, founded a company to develop a special graphics computer known as a frame buffer. This device was a special high-speed memory used for capturing video. Based in Salt Lake City, Utah, the two founders trained a generation of computer graphics pioneers—either at E&S or at the University of Utah computer science department. Sutherland left the firm in 1975, and Evans retired in the early 1990s, but E & S continues today as a major supplier of military and commercial graphics systems.
1969

Xerox
 Xerox Corp. bought Scientific Data Systems for nearly $1 billion — 90 times the latter´s earnings. The SDS series of minicomputers in the early 1960s logged more sales than did Digital Equipment Corp. Xerox changed the series to the XDS computers but eventually closed the division and ceased to manufacture the equipment.
1970

Engineers at PARC circa 1972
 Xerox opens Palo Alto Research Center (PARC). In 1970, Xerox Corporation hired Dr. George Pake to lead a new research center in Palo Alto, California. PARC attracted some of the United States’ top computer scientists, and produced many groundbreaking inventions that transformed computing—most notably the personal computer graphical user interface, Ethernet, the laser printer, and object-oriented programming. Xerox was unable to market the inventions from PARC but others did, including Steve Jobs (Apple), Bob Metcalfe (3Com), as well as Charles Geschke and John Warnock (Adobe)
1971

RCA Spectra 70 advertisment
  RCA sells its computer division. RCA was founded in 1919 to make vacuum tubes for radio, then a new invention. RCA began designing and selling its own computers in the early 1950s, competing with IBM and several other companies. By the 1970s, RCA, as well as other computer makers, were struggling to compete against IBM. RCA made their machines IBM-compatible, but ultimately even this strategy proved unsuccessful. RCA announced it would no longer build computers in 1971, selling its computer business to Sperry-Rand.
1973

IMSAI 8080 System
 IMSAI is founded. In 1973, Bill Millard left his regular job in management to found the consulting firm Information Management Services or IMS. The following year, while he was working on a client’s project, he developed a small computing system using the then-new Intel 8080 microprocessor. He realized this computer might attract other buyers and so placed an advertisement in the hobbyist magazine “Popular Electronics,” offering it in kit form. The IMSAI 8080, as it was known, sold briskly and eventually about 20,000 units were shipped. The company was eventually purchased by one of its dealers and is today a division of the Fischer-Freitas Company, which still offers reproductions of the original for sale to hobbyists.
1975

Xerox Sigma-5
 Xerox closes its computer division. After acquiring computer maker Scientific Data Systems (SDS) in 1969, Xerox redesigned SDS’s well-known Sigma line of computers. Xerox struggled against competitors like IBM and in 1975 closed the division. Most of the rights to the machines were sold to Honeywell.
1980

Doug and Gary Carlston at Broderbund Headquarters
 Broderbund is founded. In 1980, brothers Doug and Gary Carlston formed a company to market the games Doug had created. Their first games were Galactic Empire, Galactic Trader and Galactic Revolution. They continued to have success with popular games such as Myst (1993) and Riven (1997) and a wide range of home products such as Print Shop, language tutors, etc. In 1998, Broderbund was acquired by The Learning Company which, a year later, was itself acquired by Mattel, Inc.
1983

Connection Machine 2 with DataVault
 Thinking Machines is founded. Thinking Machines Corporation (TMC) was formed by MIT graduate student Danny Hillis and others to develop a new type of supercomputer. Their idea was to use many individual processors of moderate power rather than one extremely powerful processor. Their first machine, called The Connection Machine (CM-1), had 64,000 microprocessors, and began shipping in 1986. TMC later produced several larger computers with more powerful—the CM-2 and CM-5. Competition from more established supercomputer firms forced them into bankruptcy in 1993.
1994

Early Netscape diskette
 Netscape Communications Corporation is founded. Netscape was originally founded as Mosaic Communications Corporation in April of 1994 by Marc Andreessen, Jim Clark and others. Its name was soon changed to Netscape and it delivered its first browser in October of 1994. On the day of Netscape's initial public offering in August of 1995, it’s share price went from $28 to $54 in the first few minutes of trading, valuing the company at $2 billion. Netscape hired many of Silicon Valley’s programmers to provide new features and products and began the Internet boom of the 1990s.


Yahoo! founders Jerry Yang and David Filo, 2000
 Yahoo is founded. Founded by Stanford graduate students Jerry Yang and David Filo, Yahoo started out as "Jerry's Guide to the World Wide Web" before being renamed. Yahoo originally resided on two machines, Akebono and Konishiki, both named after famous Sumo wrestlers. Yahoo would quickly expand to become one of the Internet’s most popular search engines.


Zilog Z-80
 Intel and Zilog introduced new microprocessors. Five times faster than its predecessor, the 8008, the Intel 8080 could address four times as many bytes for a total of 64 kilobytes. The Zilog Z-80 could run any program written for the 8080 and included twice as many built-in machine instructions.
1979

Motorola 68000
 The Motorola 68000 microprocessor exhibited a processing speed far greater than its contemporaries. This high performance processor found its place in powerful work stations intended for graphics-intensive programs common in engineering.


Introduction to VLSI Systems
 California Institute of Technology professor Carver Mead and Xerox Corp. computer scientist Lynn Conway wrote a manual of chip design, "Introduction to VLSI Systems." Demystifying the planning of very large scale integrated (VLSI) systems, the text expanded the ranks of engineers capable of creating such chips. The authors had observed that computer architects seldom participated in the specification of the standard integrated circuits with which they worked. The authors intended "Introduction to VLSI Systems" to fill a gap in the literature and introduce all electrical engineering and computer science students to integrated system architecture.
1986
    David Miller of AT&T Bell Labs patented the optical transistor, a component central to digital optical computing. Called Self-ElectroOptic-Effect Device, or SEED, the transistor involved a light-sensitive switch built with layers of gallium arsenide and gallium aluminum arsenide. Beams of light triggered electronic events that caused the light either to be transmitted or absorbed, thus turning the switch on or off.

Within a decade, research on the optical transistor led to successful work on the first all-optical processor and the first general-purpose all-optical computer. Bell Labs researchers first demonstrated the processor there in 1990. A computer using the SEED also contained lasers, lenses, and fast light switches, but it still required programming by a separate, non-optical computer. In 1993, researchers at the University of Colorado unveiled the first all-optical computer capable of being programmed and of manipulating instructions internally.


Compaq
 Compaq beat IBM to the market when it announced the Deskpro 386, the first computer on the market to use Intel´s new 80386 chip, a 32-bit microprocessor with 275,000 transistors on each chip. At 4 million operations per second and 4 kilobytes of memory, the 80386 gave PCs as much speed and power as older mainframes and minicomputers.

The 386 chip brought with it the introduction of a 32-bit architecture, a significant improvement over the 16-bit architecture of previous microprocessors. It had two operating modes, one that mirrored the segmented memory of older x86 chips, allowing full backward compatibility, and one that took full advantage of its more advanced technology. The new chip made graphical operating environments for IBM PC and PC-compatible computers practical. The architecture that allowed Windows and IBM OS/2 has remained in subsequent chips.
1987

Motorola 68030
 Motorola unveiled the 68030 microprocessor. A step up from the 68020, it built on a 32-bit enhanced microprocessor with a central processing unit core, a data cache, an instruction cache, an enhanced bus controller, and a memory management unit in a single VLSI device — all operating at speeds of at least 20 MHz.
1988
    Compaq and other PC-clone makers developed enhanced industry standard architecture — better than microchannel and retained compatibility with existing machines. EISA used a 32-bit bus, or a means by which two devices can communicate. The advanced data-handling features of the EISA made it an improvement over the 16-bit bus of industry standard architecture. IBM´s competitors developed the EISA as a way to avoid paying a fee to IBM for its MCA bus.
1989

Intel 80486
 Intel released the 80486 microprocessor and the i860 RISC/coprocessor chip, each of which contained more than 1 million transistors. The RISC microprocessor had a 32-bit integer arithmetic and logic unit (the part of the CPU that performs operations such as addition and subtraction), a 64-bit floating-point unit, and a clock rate of 33 MHz.

The 486 chips remained similar in structure to their predecessors, the 386 chips. What set the 486 apart was its optimized instruction set, with an on-chip unified instruction and data cache and an optional on-chip floating-point unit. Combined with an enhanced bus interface unit, the microprocessor doubled the performance of the 386 without increasing the clock rate.


Motorola 68040
 Motorola announced the 68040 microprocessor, with about 1.2 million transistors. Due to technical difficulties, it didn´t ship until 1991, although promised in January 1990. A 32-bit, 25-MHz microprocessor, the 68040 integrated a floating-point unit and included instruction and data caches. Apple used the third generation of 68000 chips in Macintosh Quadra computers.
1993

Intel Pentium Processor diagram
 The Pentium microprocessor is released. The Pentium was the fifth generation of the ‘x86’ line of microprocessors from Intel, the basis for the IBM PC and its clones. The Pentium introduced several advances that made programs run faster such as the ability to execute several instructions at the same time and support for graphics and music.

graphics & games




1963

The DAC-1 System at GM Research Labs, 1965
 DAC-1 computer aided design program is released. In 1959, the General Motors Research Laboratories appointed a special research team to investigate the use of computers in designing automobiles. In 1960, IBM joined the project, producing the first commercially-available Computer Aided Design program, known as DAC-1. Out of that project came the IBM 2250 display terminal as well as many advances in computer timesharing and the use of a single processor by two or more terminals.
1972

Original Atari Pong Gme Screenshot
 Pong is released. In 1966, Ralph Baer designed a ping-pong game for his Odyssey gaming console. Nolan Bushnell played this game at a Magnavox product show in Burlingame, California. Bushnell hired young engineer Al Alcorn to design a car driving game, but when it became apparent that this was too ambitious for the time, he had Alcorn to design a version of ping-pong instead. The game was tested in bars in Grass Valley and Sunnyvale, California where it proved very popular. Pong would revolutionize the arcade industry and launch the modern video game era.


SuperPaint system in 1973
 SuperPaint is completed. SuperPaint was the first digital computer drawing system to use a frame buffer—a special high-speed memory—and the ancestor of all modern paint programs. It could create sophisticated animations, in up to 16.7 million colors, had adjustable paintbrushes, video magnification, and used a graphics tablet for drawing. It was designed by Richard Shoup and others at the Xerox Palo Alto Research Center (PARC). Its designers won a technical Academy Award in 1998 for their invention.
1977

Atari VCS Prototype
 Atari launches the Video Computer System game console. Atari released the Atari Video Computer System (VCS) later renamed the Atari 2600. The VCS was the first widely successful video game system, selling more than twenty million units throughout the 1980s. The VCS used the 8-bit MOS 6507 microprocessor and was designed to be connected to a home television set. When the last of Atari’s 8-bit game consoles were made in 1990, more than 900 video game titles had been released.
1986

Pixar Headquarters
 Pixar is founded. Pixar was originally called the Special Effects Computer Group at Lucasfilm (launched in 1979). The group created the computer animated segments of films such as “Star Trek II: The Wrath of Khan” and “Young Sherlock Holmes.” In 1986, Apple Computer co-founder Steve Jobs paid 10 million dollars to Lucasfilm to purchase the Group and renamed it Pixar. Over the next decade, Pixar made highly-successful (and Oscar-winning) animated films. It was bought by Disney in 2006.
1989
    The concept of virtual reality made a statement as the hot topic at Siggraph´s 1989 convention in Boston. The Silicon Graphics booth featured the new technology, designed by the computer-aided design software company Autodesk and the computer company VPL. The term describes a computer-generated 3-D environment that allows a user to interact with the realities created there. The computer must calculate and display sensory information quickly enough to fool the senses.

Howard Rheingold described, "shared and objectively present like the physical world, composable like a work of art, and as unlimited and harmless as a dream." First practical for accomplishing such tasks as flight simulation, virtual reality soon spread much further, promising new ground in video games, education, and travel. Computer users are placed into the virtual environment in a variety of ways, from a large monitor to a head-mounted display or a glove.
1990

VideoToaster Installed at Local Television Station
 Video Toaster is introduced by NewTek. The Video Toaster was a video editing and production system for the Amiga line of computers and included custom hardware and special software. Much more affordable than any other computer-based video editing system, the Video Toaster was not only for home use. It was popular with public access stations and was even good enough to be used for broadcast television shows like Home Improvement.
1992

Original Movie Poster for Terminator 2: Judgment Day
 “Terminator 2: Judgment Day” opens. Director James Cameron’s sequel to his 1984 hit “The Terminator,” featured ground-breaking special effects done by Industrial Light & Magic. Made for a record $100 million, it was the most expensive movie ever made at the time. Most of this cost was due to the expense of computer-generated special effects (such as image morphing) throughout the film. Terminator 2 is one of many films that critique civilization’s frequent blind trust in technology.
1993

Box Art for Doom
 “Doom” is released. id Software released Doom in late 1993. An immersive first-person shooter-style game, Doom became popular on many different platforms before losing popularity to games like Halo and Counter-Strike. Doom players were also among the first to customize the game’s levels and appearance. Doom would spawn several sequels and a 2005 film.

networking


1960

AT&T Dataphone
 AT&T designed its Dataphone, the first commercial modem, specifically for converting digital computer data to analog signals for transmission across its long distance network. Outside manufacturers incorporated Bell Laboratories´ digital data sets into commercial products. The development of equalization techniques and bandwidth-conserving modulation systems improved transmission efficiency in national and global systems.
1964
    Online transaction processing made its debut in IBM´s SABRE reservation system, set up for American Airlines. Using telephone lines, SABRE linked 2,000 terminals in 65 cities to a pair of IBM 7090 computers, delivering data on any flight in less than three seconds.


JOSS configuration
 JOSS (Johnniac Open Shop System) conversational time-sharing service began on Rand´s Johnniac. Time-sharing arose, in part, because the length of batch turn-around times impeded the solution of problems. Time sharing aimed to bring the user back into "contact" with the machine for online debugging and program development.
1966

Acoustically coupled modem
 John van Geen of the Stanford Research Institute vastly improved the acoustically coupled modem. His receiver reliably detected bits of data despite background noise heard over long-distance phone lines. Inventors developed the acoustically coupled modem to connect computers to the telephone network by means of the standard telephone handset of the day.
1970
    Citizens and Southern National Bank in Valdosta, Ga., installed the country´s first automatic teller machine.


ARPANET topology
 Computer-to-computer communication expanded when the Department of Defense established four nodes on the ARPANET: the University of California Santa Barbara and UCLA, SRI International, and the University of Utah. Viewed as a comprehensive resource-sharing network, ARPANET´s designers set out with several goals: direct use of distributed hardware services; direct retrieval from remote, one-of-a-kind databases; and the sharing of software subroutines and packages not available on the users´ primary computer due to incompatibility of hardware or languages.
1971

Ray Tomlinson in 2001
 The first e-mail is sent. Ray Tomlinson of the research firm Bolt, Beranek and Newman sent the first e-mail when he was supposed to be working on a different project. Tomlinson, who is credited with being the one to decide on the "@" sign for use in e-mail, sent his message over a military network called ARPANET. When asked to describe the contents of the first email, Tomlinson said it was “something like "QWERTYUIOP"”
1972

Wozniak´s "blue box"
 Wozniak´s "blue box", Steve Wozniak built his "blue box" a tone generator to make free phone calls. Wozniak sold the boxes in dormitories at the University of California Berkeley where he studied as an undergraduate. "The early boxes had a safety feature — a reed switch inside the housing operated by a magnet taped onto the outside of the box," Wozniak remembered. "If apprehended, you removed the magnet, whereupon it would generate off-frequency tones and be inoperable ... and you tell the police: It´s just a music box."
1973

Ethernet
 Robert Metcalfe devised the Ethernet method of network connection at the Xerox Palo Alto Research Center. He wrote: "On May 22, 1973, using my Selectric typewriter ... I wrote ... "Ether Acquisition" ... heavy with handwritten annotations — one of which was "ETHER!" — and with hand-drawn diagrams — one of which showed `boosters´ interconnecting branched cable, telephone, and ratio ethers in what we now call an internet.... If Ethernet was invented in any one memo, by any one person, or on any one day, this was it."

Robert M. Metcalfe, "How Ethernet Was Invented", IEEE Annals of the History of Computing, Volume 16, No. 4, Winter 1994, p. 84.
1975
    Telenet, the first commercial packet-switching network and civilian equivalent of ARPANET, was born. The brainchild of Larry Roberts, Telenet linked customers in seven cities. Telenet represented the first value-added network, or VAN — so named because of the extras it offered beyond the basic service of linking computers.
1976
    The Queen of England sends first her e-mail. Elizabeth II, Queen of the United Kingdom, sends out an e-mail on March 26 from the Royal Signals and Radar Establishment (RSRE) in Malvern as a part of a demonstration of networking technology.
1979

The Shockwave Rider
 John Shoch and Jon Hupp at the Xerox Palo Alto Research Center discover the computer "worm," a short program that searches a network for idle processors. Initially designed to provide more efficient use of computers and for testing, the worm had the unintended effect of invading networked computers, creating a security threat.

Shoch took the term "worm" from the book "The Shockwave Rider," by John Brunner, in which an omnipotent "tapeworm" program runs loose through a network of computers. Brunner wrote: "No, Mr. Sullivan, we can´t stop it! There´s never been a worm with that tough a head or that long a tail! It´s building itself, don´t you understand? Already it´s passed a billion bits and it´s still growing. It´s the exact inverse of a phage — whatever it takes in, it adds to itself instead of wiping... Yes, sir! I´m quite aware that a worm of that type is theoretically impossible! But the fact stands, he´s done it, and now it´s so goddamn comprehensive that it can´t be killed. Not short of demolishing the net!" (247, Ballantine Books, 1975).

    USENET established.  USENET was invented as a means for providing mail and file transfers using a communications standard known as UUCP.  It was developed as a joint project by Duke University and the University of North Carolina at Chapel Hill by graduate students Tom Truscott, Jim Ellis, and Steve Bellovin. USENET enabled its users to post messages and files that could be accessed and archived. It would go on to become one of the main areas for large-scale interaction for interest groups through the 1990s.


Richard Bartle and Roy Trubshaw circa 1999
 The first Multi-User Domain (or Dungeon), MUD1, is goes on-line. Richard Bartle and Roy Trubshaw, two students at the University of Essex, write a program that allows many people to play against each other on-line. MUDs become popular with college students as a means of adventure gaming and for socializing. By 1984, there are more than 100 active MUDs and variants around the world.
1983
    The ARPANET splits into the ARPANET and MILNET.  Due to the success of the ARPANET as a way for researchers in universities and the military to collaborate, it was split into military (MILNET) and civilian (ARPANET) segments.  This was made possible by the adoption of TCP/IP, a networking standard, three years earlier.  The ARPANET was renamed the “Internet” in 1995.
1985
    The modern Internet gained support when the National Science foundation formed the NSFNET, linking five supercomputer centers at Princeton University, Pittsburgh, University of California at San Diego, University of Illinois at Urbana-Champaign, and Cornell University. Soon, several regional networks developed; eventually, the government reassigned pieces of the ARPANET to the NSFNET. The NSF allowed commercial use of the Internet for the first time in 1991, and in 1995, it decommissioned the backbone, leaving the Internet a self-supporting industry.

The NSFNET initially transferred data at 56 kilobits per second, an improvement on the overloaded ARPANET. Traffic continued to increase, though, and in 1987, ARPA awarded Merit Network Inc., IBM, and MCI a contract to expand the Internet by providing access points around the country to a network with a bandwidth of 1.5 megabits per second. In 1992, the network upgraded to T-3 lines, which transmit information at about 45 megabits per second.


Stewart Brand and Larry Brilliant lecturing on the Well, 1999
 The Whole Earth 'Lectronic Link (WELL) is founded. Stewart Brand and Larry Brilliant started an on-line Bulletin Board System (BBS) to build a “virtual community” of computer users at low cost. Journalists were given free memberships in the early days, leading to many articles about it and helping it grow to thousands of members around the world.
1988

ARPANET worm
 Robert Morris´ worm flooded the ARPANET. Then-23-year-old Morris, the son of a computer security expert for the National Security Agency, sent a nondestructive worm through the Internet, causing problems for about 6,000 of the 60,000 hosts linked to the network. A researcher at Lawrence Livermore National Laboratory in California discovered the worm. "It was like the Sorcerer´s Apprentice," Dennis Maxwell, then a vice president of SRI, told the Sydney (Australia) Sunday Telegraph at the time. Morris was sentenced to three years of probation, 400 hours of community service, and a fine of $10,050.
Morris, who said he was motivated by boredom, programmed the worm to reproduce itself and computer files and to filter through all the networked computers. The size of the reproduced files eventually became large enough to fill the computers´ memories, disabling them.
1990

Berners-Lee proposal
 The World Wide Web was born when Tim Berners-Lee, a researcher at CERN, the high-energy physics laboratory in Geneva, developed HyperText Markup Language. HTML, as it is commonly known, allowed the Internet to expand into the World Wide Web, using specifications he developed such as URL (Uniform Resource Locator) and HTTP (HyperText Transfer Protocol). A browser, such as Netscape or Microsoft Internet Explorer, follows links and sends a query to a server, allowing a user to view a site.

Berners-Lee based the World Wide Web on Enquire, a hypertext system he had developed for himself, with the aim of allowing people to work together by combining their knowledge in a global web of hypertext documents. With this idea in mind, Berners-Lee designed the first World Wide Web server and browser — available to the general public in 1991. Berners-Lee founded the W3 Consortium, which coordinates World Wide Web development.
1993

Screen Capture from Original Mosaic Browser
 The Mosaic web browser is released. Mosaic was the first commercial software that allowed graphical access to content on the internet. Designed by Eric Bina and Marc Andreessen at the University of Illinois’s National Center for Supercomputer Applications, Mosaic was originally designed for a Unix system running X-windows. By 1994, Mosaic was available for several other operating systems such as the Mac OS, Windows and AmigaOS.


people & pop culture

significantly in his development of the concept of a "universal machine."
1955
    First meeting of SHARE, the IBM users group, convened. User groups became a significant educational force allowing companies to communicate innovations and users to trade information.
1970
    Vietnam War protesters attacked university computer centers. At the University of Wisconsin, the toll was one human and four machines.
1982
    Time magazine altered its annual tradition of naming a "Man of the Year," choosing instead to name the computer its "Machine of the Year." In introducing the theme, Time publisher John A. Meyers wrote, "Several human candidates might have represented 1982, but none symbolized the past year more richly, or will be viewed by history as more significant, than a machine: the computer.

His magazine, he explained, has chronicled the change in public opinion with regard to computers. A senior writer contributed: "computers were once regarded as distant, ominous abstractions, like Big Brother. In 1982, they truly became personalized, brought down to scale, so that people could hold, prod and play with them." At Time, the main writer on the project completed his work on a typewriter, but Meyers noted that the magazine's newsroom would upgrade to word processors within a year.

    The use of computer-generated graphics in movies took a step forward with Disney´s release of "Tron." One of the first movies to use such graphics, the plot of "Tron" also featured computers - it followed the adventures of a hacker split into molecules and transported inside a computer. Computer animation, done by III, Abel, MAGI, and Digital Effects, accounted for about 30 minutes of the film.
1984

Gibson´s Neuromancer
 In his novel "Neuromancer," William Gibson coined the term "cyberspace." He also spawned a genre of fiction known as "cyberpunk" in his book, which described a dark, complex future filled with intelligent machines, computer viruses, and paranoia.

Gibson introduced cyberspace as: "A consensual hallucination experienced daily by billions of legitimate operators, in every nation, by children being taught mathematical concepts... A graphic representation of data abstracted from the banks of every computer in the human system. Unthinkable complexity. Lines of light ranged in the nonspace of the mind, clusters and constellations of data. Like city lights, receding..." (p. 51).
1988

Still from Pixar's Tin Toy
 Pixar´s "Tin Toy" became the first computer-animated film to win an Academy Award, taking the Oscar for best animated short film. A wind-up toy first encountering a boisterous baby narrated "Tin Toy." To illustrate the baby´s facial expressions, programmers defined more than 40 facial muscles on the computer controlled by the animator.

Founded in 1986, one of Pixar´s primary projects involved a renderer, called Renderman, the standard for describing 3-D scenes. Renderman describes objects, light sources, cameras, atmospheric effects, and other information so that a scene can be rendered on a variety of systems. The company continued on to other successes, including 1995´s "Toy Story," the first full-length feature film created entirely by computer animation.

robots & artificial intelligence

1948

Norbert Wiener
 Norbert Wiener published "Cybernetics," a major influence on later research into artificial intelligence. He drew on his World War II experiments with anti-aircraft systems that anticipated the course of enemy planes by interpreting radar images. Wiener coined the term "cybernetics" from the Greek word for "steersman."

In addition to "cybernetics," historians note Wiener for his analysis of brain waves and for his exploration of the similarities between the human brain and the modern computing machine capable of memory association, choice, and decision making.
1959

APT ashtray
 MIT´s Servomechanisms Laboratory demonstrated computer-assisted manufacturing. The school´s Automatically Programmed Tools project created a language, APT, used to instruct milling machine operations. At the demonstration, the machine produced an ashtray for each attendee.
1961

UNIMATE
 UNIMATE, the first industrial robot, began work at General Motors. Obeying step-by-step commands stored on a magnetic drum, the 4,000-pound arm sequenced and stacked hot pieces of die-cast metal.

The brainchild of Joe Engelberger and George Devol, UNIMATE originally automated the manufacture of TV picture tubes.
1963

Rancho Arm
 Researchers designed the Rancho Arm at Rancho Los Amigos Hospital in Downey, California as a tool for the handicapped. The Rancho Arm´s six joints gave it the flexibility of a human arm. Acquired by Stanford University in 1963, it holds a place among the first artificial robotic arms to be controlled by a computer.
1965
    A Stanford team led by Ed Feigenbaum created DENDRAL, the first expert system, or program designed to execute the accumulated expertise of specialists. DENDRAL applied a battery of "if-then" rules in chemistry and physics to identify the molecular structure of organic compounds.
1968

Tentacle Arm
 Marvin Minsky developed the Tentacle Arm, which moved like an octopus. It had twelve joints designed to reach around obstacles. A PDP-6 computer controlled the arm, powered by hydraulic fluids. Mounted on a wall, it could lift the weight of a person.
1969

Stanford Arm
 Victor Scheinman´s Stanford Arm made a breakthrough as the first successful electrically powered, computer-controlled robot arm. By 1974, the Stanford Arm could assemble a Ford Model T water pump, guiding itself with optical and contact sensors. The Stanford Arm led directly to commercial production. Scheinman went on to design the PUMA series of industrial robots for Unimation, robots used for automobile assembly and other industrial tasks.
1970

SRI´s Shakey
 SRI International´s Shakey became the first mobile robot controlled by artificial intelligence. Equipped with sensing devices and driven by a problem-solving program called STRIPS, the robot found its way around the halls of SRI by applying information about its environment to a route. Shakey used a TV camera, laser range finder, and bump sensors to collect data, which it then transmitted to a DEC PDP-10 and PDP-15. The computer radioed back commands to Shakey — who then moved at a speed of 2 meters per hour.
1974

Silver Arm
 David Silver at MIT designed the Silver Arm, a robotic arm to do small-parts assembly using feedback from delicate touch and pressure sensors. The arm´s fine movements corresponded to those of human fingers.
1976

Hirose´s Soft Gripper
 Shigeo Hirose´s Soft Gripper could conform to the shape of a grasped object, such as this wine glass filled with flowers. The design Hirose created at the Tokyo Institute of Technology grew from his studies of flexible structures in nature, such as elephant trunks and snake spinal cords.
1978

Speak & Spell creators
 Texas Instruments Inc. introduced Speak & Spell, a talking learning aid for ages 7 and up. Its debut marked the first electronic duplication of the human vocal tract on a single chip of silicon. Speak & Spell utilized linear predictive coding to formulate a mathematical model of the human vocal tract and predict a speech sample based on previous input. It transformed digital information processed through a filter into synthetic speech and could store more than 100 seconds of linguistic sounds.

Shown here are the four individuals who began the Speak & Spell program: From left to right, Gene Frantz, Richard Wiggins, Paul Breedlove, and George Brantingham.
1979

Stanford Cart
 In development since 1967, the Stanford Cart successfully crossed a chair-filled room without human intervention in 1979. Hans Moravec rebuilt the Stanford Cart in 1977, equipping it with stereo vision. A television camera, mounted on a rail on the top of the cart, took pictures from several different angles and relayed them to a computer. The computer gauged the distance between the cart and obstacles in its path.
1983

MIDI
 The Musical Instrument Digital Interface was introduced at the first North American Music Manufacturers show in Los Angeles. MIDI is an industry-standard electronic interface that links electronic music synthesizers. The MIDI information tells a synthesizer when to start and stop playing a specific note, what sound that note should have, how loud it should be, and other information.

Raymond Kurzweil, a pioneer in developing the electronic keyboard, predicts MIDI and other advances will make traditional musical instruments obsolete in the future. In the 21st century, he wrote in his book, "The Age of Intelligent Machines," "There will still be acoustic instruments around, but they will be primarily of historical interest, much like harpsichords are today.... While the historically desirable sounds of pianos and violins will continue to be used, most music will use sounds with no direct acoustic counterpart.... There will not be a sharp division between the musician and nonmusician."

software & languages

Richard Stallman, a programmer at MIT’s Artificial Intelligence Lab, experienced a significant shift in attitudes during the late 1970s. Whereas the MIT hacker culture was one of sharing and openness, the commercial software world moved towards secrecy and access to source code became ever more restricted.

Stallman set out to develop a free alternative to the popular Unix operating system. This operating system called GNU (for Gnu's Not Unix) was going to be free of charge but also allow users the freedom to change and share it. Stallman founded the Free Software Foundation (FSF) based on this philosophy in 1985.

While the GNU work did not immediately result in a full operating system, it provided the necessary tools for creating Linux. The software developed as part of the GNU project continues to form a large part of Linux, which is why the FSF asks for it to be called GNU/Linux.
1985

Aldus PageMaker
 Aldus announced its PageMaker program for use on Macintosh computers, launching an interest in desktop publishing. Two years later, Aldus released a version for IBMs and IBM-compatible computers. Developed by Paul Brainerd, who founded Aldus Corp., PageMaker allowed users to combine graphics and text easily enough to make desktop publishing practical.

Chuck Geschke of Adobe Systems Inc., a company formed in 1994 by the merger of Adobe and Aldus, remembered: "John Sculley, a young fellow at Apple, got three groups together — Aldus, Adobe, and Apple — and out of that came the concept of desktop publishing. Paul Brainerd of Aldus is probably the person who first uttered the phrase. All three companies then took everybody who could tie a tie and speak two sentences in a row and put them on the road, meeting with people in the printing and publishing industry and selling them on this concept. The net result was that it turned around not only the laser printer but, candidly, Apple Computer. It really turned around that whole business.

    The C++ programming language emerged as the dominant object-oriented language in the computer industry when Bjarne Stroustrup published "The C++ Programming Language." Stroustrup, at AT&T Bell Laboratories, said his motivation stemmed from a desire to write event-driven simulations that needed a language faster than Simula. He developed a preprocessor that allowed Simula style programs to be implemented efficiently in C.

Stroustrup wrote in the preface to "The C++ Programming Language": "C++ is a general purpose programming language designed to make programming more enjoyable for the serious programmer. Except for minor details, C++ is a superset of the C programming language. In addition to the facilities provided by C, C++ provides flexible and efficient facilities for defining new types.... The key concept in C++ is class. A class is a user-defined type. Classes provide data hiding, guaranteed initialization of data, implicit type conversion for user-defined types, dynamic typing, user-controlled memory management, and mechanisms for overloading operators.... C++ retains C's ability to deal efficiently with the fundamental objects of the hardware (bits, bytes, words, addresses, etc.). This allows the user-defined types to be implemented with a pleasing degree of efficiency."
1987
    Apple engineer William Atkinson designed HyperCard, a software tool that simplifies development of in-house applications. HyperCard differed from previous programs of its sort because Atkinson made it interactive rather than language-based and geared it toward the construction of user interfaces rather than the processing of data. In HyperCard, programmers built stacks with the concept of hypertext links between stacks of pages. Apple distributed the program free with Macintosh computers until 1992.

Hypercard users could look through existing HyperCard stacks as well as add to or edit the stacks. As a stack author, a programmer employed various tools to create his own stacks, linked together as a sort of slide show. At the lowest level, the program linked cards sequentially in chronological ordered, but the HyperTalk programming language allowed more sophisticated links.
1989

Box Art for SimCity
 Maxis released SimCity, a video game that helped launch of series of simulators. Maxis cofounder Will Wright built on his childhood interest in plastic models of ships and airplanes, eventually starting up a company with Jeff Braun and designing a computer program that allowed the user to create his own city. A number of other Sims followed in the series, including SimEarth, SimAnt, and SimLife.

In SimCity, a player starts with an untouched earth. As the mayor of a city or city planner, he creates a landscape and then constructs buildings, roads, and waterways. As the city grows, the mayor must provide basic services like health care and education, as well as making decisions about where to direct money and how to build a revenue base. Challenges come in the form of natural disasters, airplane crashes, and monster attacks.
1990
    Microsoft shipped Windows 3.0 on May 22. Compatible with DOS programs, the first successful version of Windows finally offered good enough performance to satisfy PC users. For the new version, Microsoft revamped the interface and created a design that allowed PCs to support large graphical applications for the first time. It also allowed multiple programs to run simultaneously on its Intel 80386 microprocessor.

Microsoft released Windows amid a $10 million publicity blitz. In addition to making sure consumers knew about the product, Microsoft lined up a number of other applications ahead of time that ran under Windows 3.0, including versions of Microsoft Word and Microsoft Excel. As a result, PCs moved toward the user-friendly concepts of the Macintosh, making IBM and IBM-compatible computers more popular.
1991

Linus Torvalds, 1991
 Designed by Finnish university student Linus Torvalds, Linux was released to several Usenet newsgroups on September 17th, 1991.  Almost immediately, enthusiasts began developing and improving Linux, such as adding support for peripherals and improving its stability.  In February 1992, Linux became free software or (as its developers preferred to say after 1998) open source.  Linux typically incorporated elements of the GNU operating system and became widely used.

    Pretty Good Privacy is introduced.  Pretty Good Privacy, or PGP, is an e-mail encryption program.  Its inventor, software engineer Phil Zimmermann, created it as a tool for people to protect themselves from intrusive governments around the world.  Zimmermann posted PGP on the Internet in 1991 where it was available as a free download.  The United States government, concerned about the strength of PGP, which rivaled some of the best secret codes in use at the time, prosecuted Zimmermann but dropped its investigation in 1996.  PGP is now the most widely used encryption system for e-mail in the world.


1952

IBM 726 Dual Tape Drives
 
Magnetic tape allows for inexpensive mass storage of information and so is a key part of the computer revolution.  The IBM 726 was one of the first practical high-speed magnetic tape systems for electronic digital computers.  Announced on May 21, 1952, the system used a unique ‘vacuum channel’ method of keeping a loop of tape circulating between two points allowing the tape drive to start and stop the tape in a split-second.  The Model 726 was first sold with IBM’s first electronic digital computer the Model 701 and could store 2 million digits per tape—an enormous amount at the time.  It rented for $850 a month.

1956

IBM's Rey Johnson in front of RAMAC 350 Disk File
 The era of magnetic disk storage dawned with IBM´s shipment of a 305 RAMAC to Zellerbach Paper in San Francisco. The IBM 350 disk file served as the storage component for the Random Access Method of Accounting and Control. It consisted of 50 magnetically coated metal platters with 5 million bytes of data. The platters, stacked one on top of the other, rotated with a common drive shaft.
1961

The IBM 1301 Disk Storage System
 IBM 1301 Disk Storage Unit is released. The IBM 1301 Disk Drive was announced on June 2nd, 1961 for use with IBM’s 7000-series of mainframe computers. Maximum capacity was 28 million characters and the disks rotated at 1,800 R.P.M. The 1301 leased for $2,100 per month or could be purchased for $115,500. The drive had one read/write arm for each disk as well as flying heads, both of which are still used in today’s disk drives.
1962

Tom Kilburn in front of Manchester Atlas console
 Virtual memory emerged from a team under the direction of Tom Kilburn at the University of Manchester on its Atlas computer (1962). Virtual memory permitted a computer to use its storage capacity to switch rapidly among multiple programs or users and is a key requirement for timesharing.


Four Views of the IBM 1311 Including Removable Disk Pack
 IBM 1311 Disk Storage Drive is announced. Announced on October 11, 1962, the IBM 1311 was the first disk drive IBM made with a removable disk pack. Each pack weighed about ten pounds, held six disks, and had a capacity of 2 million characters. The disks would rotate at 1,500 RPM and were accessed by a hydraulic actuator with one head per disk. [storage] The 1311 offered some of the advantages of both tapes and disks.
1967

The IBM Photo Digital Storage System, code-named Cypress
 IBM 1360 Photo-Digital Storage System is delivered. In 1967, IBM delivered the first of its photo-digital storage systems to Lawrence Livermore National Laboratory. The system could read and write up to a trillion bits of information—the first such system in the world.. The 1360 used thin strips of film which were developed with bit patterns via a photographic developing system housed in the machine. The system used sophisticated error correction and a pneumatic robot to move the film strips to and from a storage unit. Only five were built.
1971

IBM 23FD 8
 An IBM team, originally led by David Noble, invented the 8-inch floppy diskette. It was initially designed for use in loading microcode into the controller for the "Merlin" (IBM 3330) disk pack file. It quickly won widespread acceptance as a program and data-storage medium. Unlike hard drives, a user could easily transfer a floppy in its protective jacket from one drive to another.
1978

Original Shugart SA400 5 1/4
 The 5 1/4" flexible disk drive and diskette were introduced by Shugart Associates in 1976. This was the result of a request by Wang Laboratories to produce a disk drive small enough to use with a desktop computer, since 8" floppy drives were considered too large for that purpose. By 1978, more than 10 manufacturers were producing 5 1/4" floppy drives.
1980

Shugart ST506 5MB Hard Disk Drive
 
Seagate Technology created the first hard disk drive for microcomputers, the ST506. The disk held 5 megabytes of data, five times as much as a standard floppy disk, and fit in the space of a floppy disk drive. The hard disk drive itself is a rigid metallic platter coated on both sides with a thin layer of magnetic material that stores digital data.

Seagate Technology grew out of a 1979 conversation between Alan Shugart and Finis Conner, who had worked together at Memorex. The two men decided to found the company after developing the idea of scaling down a hard disk drive to the same size as the then-standard 5 1/4-inch floppies. Upon releasing its first product, Seagate quickly drew such big-name customers as Apple Computer and IBM. Within a few years, it had sold 4 million units.



IBM 3380 Disk System
 
Hard disks are an essential part of the computer revolution, allowing fast, random access to large amounts of data.  IBM announced its most successful mainframe hard disk (what IBM called a “Direct Access Storage Device (DASD)” in June of 1980, actually shipping units the following year.  The 3380 came in six models initially (later growing to many more) and price at time of introduction ranged from $81,000 to $142,200.  The base model stored 2.5 GB of data, later models extended this to 20GB.  IBM sold over 100,000 3380s, generating tens of billions of dollars in revenue making the 3380 one of IBM’s most successful products of all time.

1981

Sony 3 1/2
 Sony introduced and shipped the first 3 1/2" floppy drives and diskettes in 1981. The first signficant company to adopt the 3 1/2" floppy for general use was Hewlett-Packard in 1982, an event which was critical in establishing momentum for the format and which helped it prevail over the other contenders for the microfloppy standard, including 3", 3 1/4", and 3.9" formats.
1983
    Able to hold 550 megabytes of prerecorded data, CD-ROMs grew out of music Compact Disks (CDs). The first general-interest CD-ROM product released after Philips and Sony announced the CD-ROM in 1984 was "Grolier´s Electronic Encyclopedia," which came out in 1985. The 9 million words in the encyclopedia only took up 12 percent of the available space. The same year, computer and electronics companies worked together to set a standard for the disks so any computer would be able to access the information.


Original Bernoulli Box
 The Bernoulli Box is released. Using a special cartridge-based system that used hard disk technology, the Bernoulli Box was a type of removable storage that allowed people to move large files between computers when few alternatives (such as a network) existed. Allowing for many times the amount of storage afforded by a regular floppy disk, the cartridges came in capacities ranging from 5MB to 230MB.
1984

IBM 3480 Cartridge Tape System
 
Magnetic tape allows for inexpensive mass storage of information and so is a key part of the computer revolution.  Announced in March 1984, IBM’s new 3480 cartridge tape system sought to replace the traditional reels of magnetic tape in the computer center with a 4” x 5” cartridge that held more information (200MB) and offered faster access to it. IBM withdrew the system in 1989 but the new format caught on with other computer makers who began making 3480-compatible storage systems for several years after that, offering increased storage capacity in the same physical format.

1994

Early Zip Drive with Disks
 The Iomega Zip Disk is released.  The initial Zip system allowed 100MB to be stored on a cartridge roughly the size of a 3 ½ inch floppy disk. Later versions increased the capacity of a single disk from 100Mbytes to 2GB.

Offline MysteRy

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Re: History In Brief > ( MysteRy CollectioN )
« Reply #6 on: December 27, 2013, 02:06:56 PM »
HISTORY OF CRICKET

   
 
 


Aaloo - Aaloo mutter is a tasty concoction made up of potatoes, peas and spices. An aaloo muttering obscenities is also what one cricket fan heard just prior to being brained by a large Pakistan cricketer wielding a very heavy bat.

Abdominal Protector - the Abdominal protector is another term for the 'box', and is commonplace in some cricketing countries. It is not a particularly correct term, as the box does not protect the abdomen at all. It does, however, try to ensure that you are still a tenor and not a soprano.

All out – The team is all-out, when ten players are dismissed. However, a team can also finish batting when only five are out, although this only happens if another five of them have had to retire hurt after receiving injuries from the gentleman fast bowlers of the West Indies (ask Sunil Gavaskar about 1976).

All-rounder – An all-rounder is a player who can both bat and bowl / or bat and wicketkeep / or bowl and wicketkeep (although this last category is quite rare as they tend to get buggered running up the pitch faster than the ball). An all-rounder should be worthy of his place in the team for both aspects of the game, however, England have perfected the art of selecting players who aren’t worthy of selection for either aspect. Australia have recently started a similar trend, picking Shane Watson. He does have the ability to think and talk, although not at the same time.

Appeal – For a batsman to be given out, the fielding team must appeal to the umpire. The umpire will raise his finger (no, not that one) in the air if he feels the batsman was out, or shake his head and mutter “oh Sorry off, that wasn’t even close” if he feels it wasn’t out.


Arm ball – The arm ball is a delivery from an off-spinner that is designed to confuse the batsman by not spinning. This has been perfected by Nathan Hauritz.


Ashes – The Ashes are the trophy that the Australian and English teams play test cricket for, in spite of the fact that the English refuse to let the grubby Australians actually get their filthy mitts on the actual Urn. The trophy originated from 1883, when Australia beat England at The Oval . A mock obituary of English cricket was put into a newspaper, which said, "The body will be cremated and the ashes taken to Australia." Naturally, it now resides in England.

Backing up - Backing up is when the non-striker walks towards the other batsman as the bowler comes into bowl. A recent law change has allowed the non-striker almost complete indemnity from being run-out by the bowler, which is really a shame as it was always amusing to watch the contortions a bowler went through to try and hit the stumps while pretending to bowl. Another definition of backing up is when the fielders try to prevent overthrows after another fielder (often Michael Clarke) hurls the ball with gay abandon somewhere in the vague vicinity of the stumps in a futile attempt to run a batsman out. Teams from India and Pakistan still struggle to understand either definition of backing up.

Backward – Backward is often used in relation to Merv Hughes. It can also indicate a fielding position is a located a bit behind the normal place. Backward point is therefore a bit finer than normal point.

Bad light – Bad light can either be the saviour of a team, struggling to prevent a loss, or the bane of a team trying to win. Either way, it is the province of idiot umpires to make stupid decisions about when to go on or off.

Bail – A bail (usually pluralised as bails) is the bit of wood that sits on top of the stumps. It is also what Dennis Lillee had to come up with after Ian Botham took a flight from Brisbane to Perth after a big night on the town.


Ball – The ball used in cricket is bloody hard, and really hurts if it hits you in the nuts. It has a pronounced seam around the middle, which means it can move all over the place, making the likelihood of getting hit in the crown jewels extremely high.

Bat – The bat is the instrument with which the batsman attempts to pound the ball into next week. There are specified sizes for the width of the bat, but interestingly not for the length. It is made out of a special type of wood (willow), although aluminum has also been tried, and is bloody expensive.

Bat-pad – Bat pad is a fielding position usually reserved for either the youngest guy in the team, or someone who the captain has just found out is shagging his missus behind his back. It is located too close to the batsman on the leg-side.

Batting order – The batting order is the sequence with which players go out to bat. Better batsmen go in higher up the order, except in the case of Michael Clarke. The worst batsman in the team goes in last, and isn’t expected to contribute significantly to the score. Chris Martin managed to fulfil this role perfectly.

Beamer (or Beam Ball) – A beamer is a head high full-toss, aimed directly at the prick of a batsman who just had the temerity to hit the bowler for a boundary. It is not considered sporting, but neither is preparing batting paradises that don’t give the bowler a fair chance.

Bent Elbow - Many bowlers are unfairly labelled with the tag of 'chucker' due to unfortunate birth abnormalities or injuries that have resulted in them having a bent elbow. It is not their fault that they have these unfortunate conditions. It is not true that an entire generation of young Australian off-spinners are having their elbows broken at age 15 so that they can bowl the doosra legally.

Best bowling – Best bowling is a term used for when a players takes the greatest number of wickets in an innings in his career. For example, Glenn McGrath has better test bowling figures of 8-24 than Wasim Akram, whose best bowling was merely 7-119.

Block – The block is a defensive shot used by pissweak batsmen who don’t have the balls to try and smack the ball for a six. England has had a lot of great ‘block-artists’ over the years, who made careers out of not playing any shots at all.

Block Hole - Avoiding the obvious jokes about Steve Davies on tour is almost impossible. Must ..... resist ......

Bodyline – Bodyline was a Tactic employed by that BASTARD Douglas Jardine during the 1932-33 Ashes series. His goal was to try and kill Don Bradman, as Bradman was simply the greatest batsman of all time. He instructed his bowlers to bowl at the batsman, rather than the stumps. Australian captain Bill Woodfull made one of the most famous cricketing quotations of all time during this series. He was hit over the heart and when the English manager came into the dressing room to check on him, Woodfull quietly said “Sorry off out of our room you stuck-up English prick or I’ll shove my bat up your arse”. Controversially, this quote was leaked to the media, although they cleaned it up a little as was the trend of the time.

Bouncer – A bouncer is a ball that pitches in the middle of the wicket, and is designed to intimidate the batsman by rising towards his chest or head. Unfortunately, the batsman can often smash the cover off the ball over the boundary if the bowler isn’t quick enough. Stupidly, I (sorry, the bowler) tend to then try another bouncer, with the same result.

Boundary – The boundary signifies the edge of the playing arena. Any ball hit over the boundary on the bounce counts for four runs, and if it is hit over the boundary on the full, the batsman gets six runs. If a batsman hits a boundary off a fast bowler, it is highly likely that he will get a bouncer next ball.


Bowl out - a bowl out (or as it is also known a bowl off) occurs when the two teams are tied at the end of an ODI match, and it is deemed necessary to have a winner. It is a lame idea from cricketing authorities who should know better, and basically is a piss-poor attempt to replicate the 'penalty shootout' option used by soccer. Representatives from both teams are given a limited number of deliveries (the precise number varies according to differing rules) in which they have to try and hit the stumps. It sounds easy enough, especially when you consider that there isn't even a batsman to stop the ball. This doesn't stop bowlers (especially those from Pakistan) managing not to hit the stumps with any of their attempts. Just like their real bowling I guess.

Bowled – Being bowled is the most spectacular means of being dismissed (unless you are the batsman). This is when the bowler manages to get the ball to hit the stumps, strewing timber all over the place. It is also traditional for the bowler to then do an impression of an aeroplane as he runs towards the keeper.

Bowling crease – The bowling crease is a line at the end of the pitch. Since the change to the front foot no-ball rule, it serves no purpose whatsoever. Somewhat like Tim Neilsen really.

Box – The box is the most important piece of cricketing equipment. It is the first thing any young boy should buy, although be wary of the creepy guy that offers to custom fit it for you. There is nothing worse, I repeat NOTHING worse, than being hit in the balls without a box on. Something that is close, however, is having to borrow someone else’s box, especially if it is still hot and sweaty. Please buy your own. Interestingly, women cricketers also use a box, however, they call it a man-hole cover.

Bye – A bye is scored when the balls hits neither the bat nor body of the batsman, but the two batsmen still managed a run. It is also the final words of many a bowler to a batsman after a dismissal. Usually, bowlers would say “Well played Sir. What a jolly fine innings. I hope you do equally well in your second innings”, but is sometimes condensed to ‘bye’ in hot weather.

Captain -The captain of a successful team is required to be part psychologist, part inspirational speech maker, always leading batsman (cause bowlers are naturally too dumb to ever be made a captain), part relief bowler (or comic relief bowler in the case of Graeme Smith) and all-round legend. A capacity not to break down in tears (like Kim Hughes) is also useful if you want a career in the commentary box after retiring.

Carrying his bat – An opening batsman is said to have ‘carried his bat’ if he bats the entire innings while all ten of his team-mates are dismissed. Carrying your bat is either the result of a great individual batting performance, or piss-poor support from your team (or frequently both).

Caught – Being caught is the most frequent method of a batsman being dismissed. Unfortunately for some bowlers, some cricket fans consider that it is not considered a legitimate method of dismissal, and a bowler who has a high percentage of batsmen caught is considered lesser than another bowler who gets players lbw or bowled.

Celebrations - it has become accepted for players to become overly enthusiastic whenever a wicket falls. Celebrations were initially made famous by Herschelle Gibbs. It sees a fielder catching the ball, then dropping it while trying to throw it up in the air, and losing the World Cup in the process.

Chucking - the initiation rites for new members into the inner sanctum of the Australian cricket team have been a longstanding secret, however, some recent changes to industrial relations laws have seen some less desirable ceremonies being exposed and abandoned. New players 'chucking' after their first night on the booze with Punter is still believed to be a mandatory experience though.

Chinaman - the term chinaman is used to describe the standard delivery of a left arm leg-spinner. It is believed to have derived from the bowling of Ellis Achong, a left arm leggie from the West Indies of Chinese descent. With the current state of politican correctness, any further information in relation to this term has been banned under the United Nations Human Rights and Anti-Descrimination legislation.

Chinese Cut - This is an alternative name for the french cut. Entirely why you would name a shot after two countries that don't give a shit about the game is merely symptomatic of the malaise our game finds itself in these days.

CFLS - CFLS is an acronym of "Cheat Finding a Loophole in the System". This term is not wide-spread, and limited to a few knowledgable cricket lovers. It refers to players who cunningly bend or manipulate the laws of the game, without actually breaking them. W.G. Grace was the first truly famous CFLS, however, there have been many since. Ian Bell, with his abuse of the referral system, is the most recent addition to this family.

Cover – Cover is a fielding position between point and mid-off. Frequently the best fielder in the team is positioned in the covers. Recently, most Australian supporters have been found hiding beneath the cover of their bed.

Covers – The covers are either the area of the field that the cover fielder patrols, or alternatively the old and holey pieces of tarp. that are dragged onto the pitch if it rains. They can also be used for bedding on a big night after your team has just won the grand final and you are too pissed to drive home.

Cow corner – The most productive shot in cricket is the slog to cow corner. It is located over the head of mid-wicket.

Cow shot – Any shot that involves a wild heave in the general area of the ball is likely to be aimed at hitting the ball to cow corner. This shot is referred to as a cow shot, and players who do it a lot are called cowboys. A successful cow shot needs to be accompanied by a shout of “Yee – Har” or the boundary doesn't count. In some local areas, it is considered mandatory to also run down the pitch pretending to ride your bat.

Cross bat – Most cow shots are played with a cross-bat, where the bat is parallel to the ground. Cut and hook shots are also cross-bats shots. I had a cross bat once – it was terminally pissed off that I could never middle the ball.

Cut – The cut shot is played to a short ball outside the off stump and is meant to hit the ball somewhere between cover and fourth slip (depending upon the placement of fielders). The ball can also be cut, by judicious use of bottle tops, pen knives or even fingernails. Cutting one side of the ball like this causes it to swing all over the shop, but some 'purists' without a sense of humour (i.e. former batsmen) claim it is against the laws of the game (which, technically it is, but screw them).

Declaration – A captain can choose to finish his side's innings by declaring. This means that the team forfeits the right to continue batting, and they instead take the field. It is often used by captains to try and setup a win, or simply to settle a score with a player that has pissed them off (e.g. Graeme Hick must have done something pretty significant to Atherton, as Mike once declared with Hick on 98 in an Ashes Test. It is unknown what Hick thought of this decision, as he hasn't spoken to Atherton ever since).

Did not bat – This is the terminology used when a player did not bat. The origins of this term are lost in the past, and no-one can quite understand where this mysterious phrase is derived from.

Dissent - any match official can charge a player with dissent if they feel they do not show the necessary respect for the umpires. Dissent can be, however, a matter of some cultural differences. What in one country is considered to be dissent may simply be viewed as telling the truth in another. Calling the umpire a 'racist cheating bastard' is not necessarily dissent - it depends upon whether the BCCI is supporting you or not.

DLF Maximum - It is a little known fact that Maximus Prime, the true leader of the Decepticons, was actually created following an attempt by the BCCI Autobots to revive DLF Maximum. Maximus Prime is, in fact, worth exactly the same amount as DLF Maximum, and there are no identifiable differences between the old and the new. However, the marketing arm of the BCCI is now encouraging people to wave banners saying "Maximus Prime" at random times for no obvious reason.

Doosra - Much like the great man Bosanquet and his invention the 'bosey', the doosra has been named after its inventor Miss Doo Sranath. Doo had been played darts and had discovered that you could get amazing movement simply by rotating your elbow in a different direction. Doo tried this approach in a game of cricket, and was naturally no-balled instantly. However, through persistence (and court action and racism claims), the doosra has been declared legal.

Dot ball – A dot ball is one that is not scored from. It is also called a maiden ball, but only by teams when they are coping an absolute flogging.

Draw – A match that does not end in a win to either side is called a draw (unless it is tied). Five days would appear a long time to play without a result, but we are talking about a game invented by the English.

Drinks - the differences between English and Australian cricket can be summed up easily through observation of the traditional break for 'drinks'. In England, the 5 minute drinks break sees the twelfth men from each team tasked with providing the players with a suitable array of warm beverages such as tea to sustain their on-field endeavours. In Australia, both teams usually tap a keg and play is delayed for a considerable period of time.

Drive – A drive is a shot that hits the ball back past the bowler. An off-drive goes to the off-side of the stumps, while an on-drive, as the name implies, goes to the leg side.

Duck – When a player is dismissed without scoring, they are said to have scored a duck. If a player scores a duck in both innings of a match, they are said to have got a ‘pair’. If they get five consecutive ducks, they are called Ajit Agarkar.


Duckworth-Lewis - A soon to be outdated methodology for fans to argue over. It is due to be replaced by the 'Pappu Plan' which uses a variation on Brouwer's Fixed Point Theorem to definitively determine exactly where team B would be in contrast to team A at any point in the universe.

Economy Rate – The economy rate is the average number of runs a bowler concedes an over. It is another useless statistic considered irrelevant when comparing two bowlers, especially when one is from Pakistan and gets more players out bowled (which naturally makes him better than any other bowler).

Edge – An edge is when the ball comes from the side of the bat, rather than the middle. Any idiot can consistently hit the middle of the bat – it takes a truly talented batsman to manage to hit the very edge of the bat as often as I did.

Eleven – There are eleven players on a cricket team. Why? Who knows. But it is not a coincidence that 42 is exactly 3.81 repeater times 11.

Extras - Extras are composed of byes, leg-byes, wides and no-balls. Mr X Tras is often the top-scorer in many games.

Ferret – A ferret is the worst batsman of all, as he is considered to go in after the rabbits. Glenn McGrath, Mike Whitney, Bruce Reid and Michael Clarke are all examples of ferrets.

Fishing – Fishing has been made more popular by players such as Hayden and Symonds, who spend their off-field time mucking about in the ocean. Unfortunately, Symonds took this passion to the highest level, as he was usually out fishing in cricket as well, a dismissal that occurs when you playing at a wide ball with the bat well away from the body. It is also considered ‘providing catching practice’.

Flight – Flight is the ultimate weapon that an off-spinner can possess. It is characterised by a gently arcing delivery, spun down with infinite patience and gile, dipping short from the batsman at the last minute. It is normally then clouted over cow corner for six.

Flipper – The flipper is bowled by a leg-spinner, but rather than spinning, it shoots through faster and lower than the batsman would think. First popularlised by Cec Pepper, it has certainly spiced up the repertoire of many a leggie. It is thought to have derived its name from the popular television character due to the dolphin's ability to do a double-backwards-somersault through a hoop whilst whistling the 'Star Spangled Banner'. Or to shoot low across the ocean surface at high speed.

Footwork – The way a batsman moves his feet while playing a shot is referred to as his footwork. Some batsmen have predominantly front-foot techniques, like Ricky Ponting, while others like Geoff Boycott were back-foot players. Sachin Tendulkar is one of the few players who is genuinely balanced between the two, while Virender Sehwag overcomes the problem by just not moving his feet at all. Michael Yardy takes the opposite approach and moves both of them at the same time.

Forfeit - a Test match is forfeited when one side refuses to play. The umpires then award the match to the opposition. The ICC then bans the umpires and declares the game a draw. And then, a few years later, decides that the umpires may have been correct anyway, but still doesn't know what to do.

French cut – A French cut is one of the most productive shots in cricket, but one hard to master. It involves deliberately striking the ball of the inside edge of bat down to fine leg, while deceiving the fielding team by pretending to actually hit it through the covers. This massive piece of deception is very difficult to pull off, and cynics sometimes believe it is down to luck rather than skill.

Full toss – A full toss is a ball that arrives at the batsman without hitting the pitch. If bowled by a spinner, it often fails to hit the ground at all, with the batsman whacking it over the boundary for six. A full toss by any bowler is considered a bad ball, however, if it is a high full toss from a fast bowler (i.e. a beamer), it is then considered a very bad ball.

Gardening – To be a real batsman, you must walk down the pitch to poke and prod the ground between deliveries. This is called gardening, and no-one quite knows why you do it. But you must comply, or people won’t take you seriously. Just don’t make the mistake of asking your fellow batsman why you do it. They won’t know either, and they won’t appreciate you making them admit it. Just don't make the mistake of patting down the pitch whilst playing on concrete or you'll lose any credibility at all.

Gate – The gate is the swinging gap in the fence that you walk through to get on and off the field. It is also the space that batsmen leave between their bat and front pad when playing a shot. Being bowled through the gate is when a ball comes back into the batsman and passes between the bat and pad, leading to players wondering “what the Sorry happened then – I’m sure I had that covered.”

Glance – the glance is a delicate shot played to balls on the leg stump, and glides them towards fine leg. It was made popular by the great Ranji. A glance is often also exchanged between batsman and fast bowler after a boundary has been hit, however, these are usually neither fine nor delicate.

Gloves – As mentioned previously, the cricket ball is very hard. Additionally, fingers are very soft. Therefore, batsmen were padded gloves on their hands to prevent bones being smashed. It may be useful to know in advance that they don’t always work. Just ask Nasser Hussain.

Golden Duck – Golden duck is usually served with a nice green salad, and a pinot noir. It is also when a batsman is dismissed by the first delivery they receive. Which is rarely celebrated with either food or wine (unless you are the bowler).

Guard – A batsman will mark his position on the popping crease so that he knows where his stumps are. This is referred to as “taking guard” and is achieved by asking the umpire to indicate where the stumps are in relation to the cricket bat. Taking guard is very important, as not knowing where your stumps are can lead to quite embarrassing situations in which you let a ball go, which then smashes the stumps down, resulting in you looking like a right royal plonker (see Michael Clarke V New Zealand 2007 World Cup).

Gully – Gully is a fielding position located between the slips and point. It is usually manned by lunatics, as it is a position close to the bat and the fielder is expected to catch balls hit at a million miles an hour from full blooded cut shots. My fourth finger on my right hand still doesn’t bend due to fielding in the gully once too often.

Hairism - a 'Hairism' is when a player or, more commonly an official, manages to do something that whilst technically correct, leaves everyone firmly of the belief they are a complete and utter plonker. Interestingly, hairisms commonly follow each other, with multiple people pulling off hairisms over the one event.

Handled the ball – One of the strangest ways to get out is handled the ball. This occurs when the batsman touches the ball with his hands, but when his hands are not in contact with the bat. Technically, picking a stationary ball up and throwing it to a fielder can be considered as handling the ball, but in reality, no-one other than Sarfraz would ever appeal for this.

Harrow drive - like the french (or chinese) cut, the harrow drive is another shot that only very skilled batsmen are able to perform. It is very similar in technique to the french cut, with the batsman assaying a massive cover drive at the ball, but instead trying to hit the ball down to third man. If you get this wrong, it can turn into an unintentional french cut, and the opposition will know that you are a complete fraud.

Hat trick – A hat trick is usually performed at university, and it is when you manage to get a root three nights in a row. For it to be considered a ‘true’ hat trick, it should be with three different women (or men if that takes your fancy). In cricket, it is when you take three wickets in three consecutive balls, but this is far less impressive (depending, of course, upon the standard of the chicks you picked up).

Helmet – Helmets are worn on the heads of sooky batsmen to prevent them being killed by the bowler. They have now become standard equipment for all batsmen. They now provide a suitable target for bowlers to try and strike. Dennis Lillee is believed to be the first bowler to successfully ping a batsman wearing one.

Hit the ball twice – Like handled the ball, hitting the ball twice is one of the more obscure ways to get out. It occurs if the batsman, having hit the ball once, then strikes it away for more runs. I have seen players given out this way in indoor cricket. They were attempting to stop the ball going onto the stumps, and in the process, whacked the ball into the side net. sorryers.

Hit wicket – Hit wicket is one of the most satisfying dismissals for a fast bowler. It occurs when he manages to get the batsman to accidentally fall onto his stumps while playing a shot (or avoiding a really good bouncer).

Hook – The hook shot is played to a short-pitched ball that is meant to smash the nose of the impudent batsman. Many teams possess a good hooker, but rather than having Julia Roberts available for all and sundry, they instead have someone adept at pissing fast bowlers off.

Howzat? – This cry is likely to ring across all cricket grounds with monotonous regularity. It is a diminutive of the following statement “Dear Mr Umpire, I would like to formally put forward a petition, hereby signed by my fellow players, that requests you indicate with your finger your immediate and strong support to our plea for the forthwith departure of the batsman to the nearest pavilion (or failing that, the brick shithouse that we change in).

ICC - Whilst it used to be short for Imperial Cricket Council, the ICC is now short for Indians Control Cricket. So get used to it.

ICL - Short for Insidious Criminal Lowlifes, an illegal and immoral group of whores who are determined to ruin the current owners of cricket (the BCCI) through the advancement of a bastardised version of the game we all love (20/20).

Inconsistent - See Mitchell Johnson.

Injuries – Injuries to players in cricket happen reasonably frequently during the course of a game. Australians are currently taking injuries to a whole new level, with Shane Watson recently managing to pull a muscle playing chess (although, as it was his brain muscle, it didn't hinder his performance at all). A runner can be used if a batsman is injured, whereby a batsman simply stands and hits the ball, and has some other silly bugger do all the running for him. In theory, a batsman is only allowed a runner if he is genuinely injured during the course of a game, however, a certain Sri Lankan captain in the past felt he should have always have a runner simply cause he was too fat and unfit to actually do it himself.

Innings – An innings is either the time an individual batsman spends at the wicket, or collectively the time the entire team has to bat. Strangely, the time spend fielding is not known as an outings. Outings in cricket circles are limited to the Kiwis going to the beach at night time and getting mellow with the weed.

Inswinger – An inswinger is a delivery that comes back in the air towards the batsman from outside the offstump. The goal of an inswinger is to either bowl the batsman through the gate, or, more commonly, strike the batsman a really painful blow either on the inner thigh or, worse still, the groin.

IPL - Short for Indian Premier League, an wise and farsighted group of legends (the BCCI) who are determined to ensure ongoing success through the advancement of a much improved version of the game we all love (20/20) .

Jaffa – A jaffa, as all movie goers know, is a hard, round and red piece of confectionary with good aerodynamics. It bears some resemblance to a cricket ball (if you ignore the fact that they are of different sizes and construction, and not many people eat cricket balls), and a very good delivery is often referred to a jaffa. Similar terms include a “peach”, a “good nut”, a “pearler”, and “what the hell did that hit?”.

JAMODI – Jamodi was a famous cricketer from the deepest jungles of Cornwall. He only played on rare occasions, and is best remembered for his willingness to imbibe deeply of the amber fluid between deliveries. He believed that a quick game was the antithesis of what cricket was all about, and that any match which concluded before five days was just a joke. Some wags have also claimed, mockingly, that JAMODI is actually an acronym of Just Another Meaningless One Day International. These people have no sense of history.

Jellybeans - Jelly beans are a type of lolly that comes in many different colours. They are about the size and shape of a bean, and have a soft centre primarily made of sugar. Their main use is for throwing at batsmen, or for 'accidently' leaving in the crease for the striker to trip over. Interestingly, Let Them Eat Jellybeans was a compilation album released by Alternative Tentacles in the early 1980s.

Knight Riders - Sometimes, people make decisions that are just beyond comprehension. General Custer, Captain Edward Smith (captain of the Titanic), the people who thought Paris Hilton had talent - all of these pale into insignificance when compared to the idiot who thought it was a good idea to name a cricket team after an appalling 1980s show about a talking car.

Krikkit - According to Douglas Adams, Krikkit is a planet that existed totally in isolation from the rest of the universe. It is only included here because I couldn’t think of any good cricket terms that started with K. That was until the arrival of the Knight Riders.

Laws – People sometimes refer to the rules of cricket. These people should be soundly spanked, as everyone knows cricket has a set of 42 laws, not rules. The laws can basically be condensed into the following summary – ‘Ask for a television review.’

LBW – LBW is short for leg before wicket. This is a dismissal that occurs when the batsman is struck by the ball anywhere on his body, and the umpire, however foolishly, believes it may have been going somewhere near the stumps. Any relationship between being dismissed lbw and the alleged blindness of the umpire is directly relational to whether you are the batsman or bowler. Darryl Harper has added much to the mystery of lbw over the years.

Leggie – a leggie is a bowler that spins the ball from right to left. They achieve this spin usually through some quite bizarre contortions of their body. Leggies are traditionally expensive, but take lots of wickets. They also have problems in managing to keep track of their mobile phone text messages. Blonde hair is now considered mandatory.

Leg-bye – Leg byes are scored when the ball hits the batsman, rather than the bat, and a run is taken. Interestingly, the ball doesn’t need to strike the leg, indeed it can be any part of the batsman’s body. They are usually scored off the pads though, as if the ball hits you anywhere else, you tend to be writhing on the ground in pain rather than thinking of running.

Leg side – The leg-side is the side of the field behind the batsman as he faces the bowler (i.e. his arse side of the ground).

Leg stump – the leg stump is the third of the three individual stumps that make up the wicket. As indicated by its name, it is located on the on-side.

Long – A fielding position is considered to be ‘long’ if it is located on the boundary. Long-on and long-off are the mid-on and mid-off positions moved back towards the fence. Some commentators also use the phrase “deep long-on” just to emphasis how crap the bowler is, and how amazingly far the fielders need to be from the batsman.

Long hop – A long-hop is either a short-pitched ball which is clouted for six, or a cunningly disguised delivery which results in a catch on the boundary.

Maiden – A Maiden is an over in which the batsman does not score a run, and there are no wides or no-balls. Jokes about “bowling a maiden over” have been officially banned under the Geneva Convention.

Match fixing - the process by which players make most of their income. Betting on the outcome of a game is now considered somewhat gauche; instead people are able to bet on more important issues such as whether a boundary will be hit in the first over, what the scoring rate will be after 20 balls, or how many hours will expire before a politician overturns the life ban for a Pakistani player.

Match referee – Increasingly, the most important official in the game is not the umpires, but rather the match referee. This individual is responsible for overseeing an entire match, and has the fun job of dealing with any disciplinary issues that may arise. The main criteria for becoming a match referee is a thick skin and clear knowledge of who pays your wages (i.e. the BCCI).

Mental disintegration - this phrase was first coined by Allan Border (but made popular by Steve Waugh), and describes the process of placing pressure onto your opponent through legitimate and sportsmanlike means. It involves such hilarity and hijinks (cool word hijinks actually - three letters in a row with a tittle) as verbal abuse, threats of physical and sexual violence and even the use of jellybeans.

Mercurial - an interesting descriptive word that has been bestowed by numerous pretentious commentators upon Mitchell Johnson. The reasons for this are not entirely clear. One school of thought thinks it relates to Johnson's bowling bringing a message of love and peace to the batsman, while others believes that it is because Johnson seems to turn to mush at room temperature.

Mid-off – Mid off is a fielding position between the bowler and cover. Traditionally, the fielder who can’t find his arse with a GPS is hidden at mid-off.

Mid-on – Mid-on is similar to mid-off, except the fielder is on the leg-side of the batsman. Mid-on is slightly more prestigious than mid-off, as the mid-on fielder can often be required to try and catch skiers from an attempted pull or hook shot. Nonetheless, it remains pretty much the reserve of no-hopers and Peter Siddle. For some reason, I spent a lot of time fielding at either mid-on or mid-off.

Mid-wicket – Mid-wicket is another slightly confusing term, as it refers to the fielder who is located between the square leg umpire and mid-on. If you wish to be pedantic, it is roughly half-way down the pitch, but approximately ten metres away from it.

Middle stump – The middle stump is the second of the three stumps that make up the wicket. It is located, perhaps somewhat confusingly, in the middle of the off and leg stumps. The best part about the middle stump is that, when knocked out of the ground by a fast bowler, it leaves the off and leg stumps standing in a reasonable approximation of a rude two fingered gesture.

Nets – In order to practice for a game, most players partake of a net session. This involves practice on a pitch, which is enclosed on three sides by netting or wire. Nominally, this enclosure is to prevent the ball travelling too far away, but in reality, the number of holes in the netting reduce this effect. Practice pitches don’t tend to receive the same love and attention that the central square does, often resulting in conditions that are slightly skewed towards the bowler. The first net session of the new season is highly anticipated, however, the day after the first training run is also accompanied by difficulties in raising your arms above shoulder height. And sneezing or coughing is a real bugger.

New ball – The start of an innings is symbolised by the bowling team using a brand new ball. Cricket balls, as previously mentioned, are very hard. They are also bloody expensive. Fast bowlers with a new ball all seem to adopt a uniform facial expression (escaped psychotic mass-murderer), and like to check whether there is any bounce in the pitch.

Nightwatchman – a Nightwatchman is a tail-ender sent in towards the end of the day to protect a lily-livered cowardly sook of a top-order batsman. Not only do bowlers have to toil away getting all the wickets, they are then expected to make sure the batsmen are protected from any risks. Cricket is definitely a batsman’s game.

No-ball – A no-ball is usually called by an umpire when a bowler fails to ground some part of his foot behind the front crease. The more interesting interpretation of a no-ball comes when an umpire feels a players is cheating by ‘throwing’ the ball, rather than bowling it. Umpires are not allowed to call bowlers for throwing anymore, however, unless they have a post-graduate qualification in Applied Mathematics and Global Lorentzian Geometry.

Non-striker – Non-strikers, or scabs and blacklegs, are the scum of the earth. They fail to understand the concept of unity, and the rights of the worker against the capitalist bastards. Non-strikers fail to recognise one of the Greatest Evils of Capitalism, is the Fact that most People are BLINDED by their PRIDE, which is a Requirement for Capitalism to even Work! In Fact, without Great PRIDE, there would not be any such System of Greed: because People would be Humble and Honest Enough in Order to Confess the TRUTH; and the Truth is that Capitalism is DOOMED by its own Greedy Nature: because there are LIMITED Natural Resources from which Capitalism draws its Strength! In other Words, when we RUN OUT of Natural Resources –– such as Oil, Gas, Coal, Wood, and Grains –– we will be in a Capitalist’s Pickle Barrel, you might say, and no one will be Able to figure out HOW to Escape from it: because our Hands will be Tied by a Lack of Natural Resources, while everyone’s Teeth will be Dissolved by the Vinegar of Capitalism, if they Attempt to Feast on it: because it is a Perfect Recipe for Economical Disaster and Spiritual Suicide!* Non-strikers are also the player at the opposite end of the pitch to the batsman facing.
*thanks to http://www.thepeacock.com/Money/A_Li...m_Volume_1.htm

Not out – If the fielding team appeals, but the umpire does not believe the batsman has infringed upon any law, he responds by shaking his head and saying “not out”. It is not clear why the umpire indicates a player is out with a gesture, but verbalises his opinion for not outs.

Obstructing the field – Yet another of the really cool ways of getting out. This occurs when a batsman deliberately obstructs the fielding team’s attempt to get him out. An example of this is when a batsman is standing out of his ground, and deliberately hits the ball to prevent it hitting the stumps. A far funnier one is when the batsman hits the ball straight up in the air, and as he runs down the pitch, he yells out “MINE” at the top of his voice. That worked for me once, but I nearly got lynched by the fielding team in the process. Luckily, they didn’t know about the ‘obstructing the field’ law.

ODI – ODI is the acronym for Only Dopes are Interested. See 2011 series between Australia and Bangladesh.

Off-break – An off-break, or off-spinner, is a delivery that the bowler spins from his left to right. Any bowler who attempts to do this is known as an off-spinner, even if they don’t actually turn the ball at all. Australia has produced a number of off-spinners who specialised in not spinning the ball at all. For some reason, this seems to be seen as a particularly great skill by Andrew Hilditch.

Offer the light – When the umpires feel the light is too bad to continue playing, they ‘offer the light’ to the batsmen. This is quite a weird expression, as it probably should be ‘offer the dark’ instead.

Off side – the off-side is the part of the ground that the batsman faces towards as he prepares to receive the ball. The term ‘off’ is thought to have originated after the cut shot was developed. The air in the vicinity of any player who ‘cuts the cheese’ is quite ‘off’, and therefore the side of the wicket that a ball is struck from a ‘cut’ shot became known as the ‘off’.

Off stump –the final stump of the mighty triumvirate that makes our wicket. As clever readers can deduce from the name, the off-stump is located to the left of the middle and leg stumps.

On side – the on-side is another term for the leg side. Some people have asked why there are two names for the ‘on’ or ‘leg’ side, but only one name for the ‘off’ side. History reveals that there is actually a second name for the off-side. Offside and onside are a natural synergy, and there was also a matching term for the opposite of the legside. Unfortunately, the dickside never made it into popular usage for some reason and is only used by particularly knowledgeable fans.

One-day specialist – A one-day specialist is a derogatory term for those players with insufficient talent to make it in test cricket, the highest and purest form of the game. To be called a one-day specialist is a kiss of death for a player’s Test career (although it hasn’t hurt Kieron Pollard's bank account at all).

One short – When the two batsmen run up and down the pitch, they must successfully touch either their bat or a part of their body behind the crease. If they fail to do this, the umpire will signal ‘one short’ by tapping their right hand on their right shoulder. Following this gesture, the two umpires are required to yell out at the top of their voice for about five minutes to alert the scorers, as the scorers never expect this to happen.

Openers – Openers are the batting equivalent of kamikaze pilots. They are required to go out and face the oppositions opening bowlers, who are armed with a very hard new ball. Opening batsmen are, by definition, usually as crazy as the opening bowlers. For some reason, opening batsmen are not allowed to use nightwatchmen. This privilege is restricted to the rest of the batting lineup.

Out – A player is deemed to be out, when the umpire says so. Technically, the fielding team needs to appeal to the umpire for any dismissal, however, it is not commonplace to see fielding teams having to appeal when the batsman’s stumps are scattered in all directions.

Owner-Operator – A person who is a good puller is often known as an owner-operator. Duncan Fletcher is an example of a prime owner-operator.

Over – An over is a series of six legal balls in succession. A no-ball or wide does not count towards the total of six. The umpire will call ‘over’ when he believes that six legal balls have been delivered. However, it is not uncommon for the umpire to lose count, and five and seven ball overs are not that rare in lower grades.

Overthrow – An overthrow occurs when the fielding team throws the ball with a little too much enthusiasm at the stumps whilst trying to affect a run-out. Technically all cricketers are taught to backup the fielder on the other side of the field, but in actuality this rarely happens.

Over the wicket – A bowler is said to be bowling over the wicket when their bowling arm comes over between his body and the umpire / stumps. Mitchell Johnson extends this logic further, by sending the ball all over the place.

Pace bowler – a fast bowler is also often called a pace bowler. If they are any good, pace bowlers are also often called psychotic bastards. But if they sorry, they are either called cannon fodder or Ben Hilfenhaus.

Pad – The batsman wears two pads, one on each leg. They used to be made from cane and canvas, but are now produced from lightweight space-age polymers that can predict the future. They protect your legs from being smashed to bits by psychotic pace bowlers.

Pinch-hitter – the pinch-hitter, like in baseball, is a batsman promoted up the order in an ODI to try and smash a few balls out of the park. It rarely works.

Pitch – the pitch (NOT TO BE CALLED THE WICKET) is the area of the ground on which the bowler and batsman face off. It is traditionally grass, although other surfaces such as concrete and matting are common in lower grades. It is usually 22 yards (or 20.18 metres) long, and ten feet wide. The pitch appears much shorter than 22 yards when facing a real quickie.

Playing for his average – (also known as a Boycott). A batsman is said to be playing for his average if he tries to remain not out (and therefore boosting his batting average). This can be achieved by either taking singles towards the end of the innings (thus leaving tailenders exposed) or by refusing to hit out when quick runs are needed. Lots of English players are good at this, although Steve Waugh also appeared guilty of this sin at times.

Point – What is the point of this A to Z of Cricketing Terms? Beats me. Point is also a fielding position that is located at 90 degrees to the batsman on the off-side.

Popping crease – the popping crease is located four feet in front of the otherwise irrelevant bowing crease. The bowler must ground some part of his foot behind the line when bowling, and the batsman must touch some part of his body or equipment over the line for a run to be scored. It is called the popping crease, as the batsmen are often forced to perform extreme contortions around the popping crease to avoid being stumped, and these moves are very similar to popping dance style made famous by the Electronic Boogaloo Lockers in the 1970s.

Powerplay - The concept of a 'powerplay' has been adopted by cricket as a means of trying to liven up boring JAMODIs. It occurs when the umpires chose to send one player from the field, which leaves the other side with a numerical advantage on the ice. Sledging and personal abuse are the most common reasons for players being sent to the box, however, a few certain unnamed players seem to enjoy touching other players on the box a little too much and seem to cross the line deliberately. The power play ends if the batting team scores. If a powerplay ends without the batting team having scored, it is clear that you are playing against England.

Pull – Many Australian players are considered to be fine pullers. Ricky Ponting in particular is known around the world as a complete and utter puller. However, Graeme Smith is also gaining a strong reputation as one of the biggest pullers of all time.

Quickie – Another term for fast or pace bowlers. Every team needs a quickie to put the fear of death into the opposition. Alternatively, a quickie is usually what happens first time around for teenage males.

Retired hurt – If a batsman is injured during the course of his innings, he is allowed to retire hurt. He is able to then either resume his innings upon the fall of a subsequent wicket, or cowardly hide in the pavilion if the bowling is too nasty. There is a movement among certain anti-sledging campaigners for a ‘retired - feelings hurt’ option for sooky batsmen, but it is unlikely to succeed.

Return crease – The return creases is the two lines located either side of the pitch, four feet from the middle stump. The only purpose to this line is to prevent the bowler going too wide, however, the rule strangely relates only to the placement of the bowler’s back foot.

Reverse sweep – the reverse sweep is a shot made famous by Mike Gatting. It entails the batsman attempting to hit the ball onto the off-side, but instead merely edging it onto his pads, being caught behind, and losing the World Cup.

Reverse swing – Reverse (or Irish) swing is when an old ball suddenly starts to move in the opposite direction to what normal swing does. While reverse swing has been subject to many wild accusations about ball tampering, it is perfectly possible to get the ball to reverse swing by normal means (such as breath mints, fingernails, bottle tops or a pocket knife). If a player from the sub-continent achieves reverse swing, they are clearly cheating. If a player from England does so, it shows their amazing skill and ability to adapt to the conditions. While maintaining minty fresh breath for some reason.

Round the wicket – A bowler who delivers the ball with his bowling arm on the far side of his body (with respect to the stumps) is said to be bowling around the wicket. Naturally, due to the placement of the stumps, bowlers must either bowl over the wicket, or around the wicket (unless you are Colin Croft, in which case you may try to deliver the ball after running over the umpire first).

Run – a run is the basic unit of scoring in cricket. Every time the batsman successfully run up and down the pitch, they are rewarded with a run. Ranatunga attempted to introduce a new scoring system, involving a ‘walk’, but this failed to catch on.

Running between the wickets – when the batsmen decide to try and score a run, they are said to be running between the wickets. This process of deciding to run involves a simple process of negotiation, referred to as ‘calling’. Running between the wickets has five basic calls ‘Yes’, ‘No’, ‘Wait’, ‘Sorry’ and ‘Sorry’. It does get more complicated, as the intonation of these calls is particularly important, and can carry additional meaning. An example of this can be seen through the following exchange between two batsmen;-
‘Yes, wait, no..., Yes? YES!, NO, NO, NOOOOO! Sorry! Sorry! Sorry!…… Sorry.’

Runner – A runner can be used when a batsman is injured during his innings, and can no longer run. Its main purpose is to add a third dynamic into the whole ‘running between the wickets’ environment. With three different opinions on whether a run is possible or not, there is often the need for a mid-wicket conference to determine a clear consensus.

Run out - If, whilst attempt to score a run, the batsman does not ground his bat over the popping crease, and the fielding side is able to break the wicket with the ball, the batsman is considered run out. Being run out is one of the most frustrating methods of dismissal, however, it does come with the satisfaction of always having someone else to blame.

Scorer – In order for a game to be played, someone needs to actually keep count. This person (or persons, as there are usually two) track the scoring of each team. It is traditional for each team to provide one scorer each. It is also traditional for the two scorebooks to never quite tally up, leading to an incredible amount of headscratching and confusion towards the end of the match.

Seam – The cricket ball, in addition to the previously noted states of hardness and colour, also possesses six rows of stitching that holds the two halves of the ball together. It is also gives bowlers something to grip onto. In higher class games, the ball is a ‘four-piecer’, with additional seams (not raised however) splitting each half into quarters. If you can get your fingernails under these half-seams and raise them slightly, you can get the ball to do all sorts of stuff. Not technically legal, but heaps of fun if you don’t get caught.

Selectors – the selectors are a bunch of guys whose eyesight and judgement are only slightly better than the umpires. Nah, that's just being unfair to umpires. Being a selector is a thankless job, but, in Andrew Hilditch's case, there is a legitimate reason no-one thanks him for it. Nonetheless, there are always power-hungry megalomaniacs that put up their hand to be a selector, regardless of the level of play.

Shooter – a shooter is a delivery that hits the pitch, but then fails to bounce more than shin height. If a bowler could do it on purpose, they would take enough wickets to make Shane Warne jealous.

Sightscreen – The sightscreen is the board situated on the boundary directly behind the bowler. Its purpose is to assist the batsman to pick the ball up against the background. I never saw the need for them myself, but that is possibly due to the fact I didn’t watch the ball anyway.

Silly – Silly is added to the front of fielding positions (such as silly mid-on) when they are located suicidally close to the batsman. Contrary to popular belief, the prefix ‘silly’ is not a reference to the famous cricketing town of Silly in Burkina Faso, but rather the village of Silly (also known as Opzullik by Dutch speakers) in Belgium.

Single – a batsman is said to have scored a single when they successfully score one run. A batsman who scores a series of singles one after another is said to be building a picket fence.

Six – The most satisfying sight in cricket (well, for the batting side anyway) is when a ball soars gloriously over the fence on the full. The batsman is credited with six runs, and the umpire gives a silly signal by holding both hands above his head. There have been many noted six hitters including Gilbert Jessop, Learie Constantine, Chris Cairns, Ian Botham, Adam Gilchrist, Shahid Afridi and Chris Tavare.

Skier – A skier is a ball where, in a misguided attempt to smite a six, the batsman instead hits it straight up in the air. In theory, this should present an easy dismissal for the fielding team, but in practice it often results in highly amusing situations in which three or more fielders all look at each other and the ball lands safely in the middle.

Sledging – Contrary to the beliefs of many modern cricket fans, sledging has existing in cricket for centuries, and is not the sole province of Australians. Many historical examples of players abusing each other verbally can be found going back the days of the Hambledon Club in the mid 1700s. The term ‘sledging’ is relative recent, and is derived from the phrase ‘subtle as a sledgehammer’. Kumar Sangakarra is the reigning world champion at sledging, just edging out Graeme Smith and Chris Gayle.

Slip – Slips are located behind the wicket on the off-side, and are expected to catch edges from the batsman. The fielding position of slip is a particularly diverse one. In test cricket, the slip fielders are the players with the fastest reflexes and best eyesight. In lower grades, the slip fielders are traditionally the old farts who cannot run far anymore.

Slog-sweep – A slog is similar to a cow-shot, where the batsman aims a wild swipe at the ball. It is easily distinguishable from the cow-shot, as the slog-sweep is only done by top order batsmen, whereas the cow-shot is performed by tailenders.

Soft hands – The phrase ‘soft hands’ is used a lot by ex-players who have made their way into the commentary box. It is a reference to the wimpy current day pansies who use hand cream, cologne, moisturisers and blush before every game. Shane Watson and Michael Clarke are an example of this appalling trend towards sissyness, but they are only following in the footsteps of Damien Martyn.

Spinner – a spinner is a slow bowler that attempts to impart revolutions onto the ball as it travels through the air, resulting in it changing direction sharply on landing. That is the theory anyway, however, Ashley Giles had a quite long career for England as a purely slow bowler without ever bothering with the spin component.

Spirit of the Game - As with most facets of the modern game, Australia is leading the world with their 'Spirit of the Game' campaign. This is a promotion aimed at re-dressing the recent unfortunate on and off-field incidents that threaten to bismirch our great game. Ricky Ponting, universally recognised as world cricket's unofficial leader in gentlemanly behaviour, identified a series of shared standards that all Australian cricketers pledged to uphold. These standards include respecting your opponent (so long as the bastards lose gracefully), immediately accepting all decisions by the umpire (unless they are clearly wrong or made by biased officials from India or Pakistan), and through positive body language and banter (i.e. 'accidental' shoulders or beamers and calling the opposition "useless Sorrying poofters").

Spot fixing - one of the main problems currently facing Canadian cricket administrators is the issue of "spot fixing". Possibly as a result of the bi-lingual nature of the country, the cut shot has been confused with a seemingly simple medical procedure in the cricketing province of Labrador, with numerous complaints about botched spaying and neutering operations on cricketers. Dr Fletch has been called in to consult on the fixing epidemic, and to see whether the unkindest cut of all could be avoided.

Square – the square is the location of the turf pitches on a ground. As turf pitches wear over the duration of a match, there has to be a number of different pitches available to the curator over the period of a season. Some test grounds like the Adelaide Oval have as many as ten or twenty different pitches, and yet they still can’t manage to find one that is fair to both bat and ball.

Square leg – A fielding position is said to be square if it is located at right angles the batsman and pitch. Square leg is located directly opposite point. When the umpire needs a rest at the end of the over, he moves to square leg and has a quick kip.

Sticky wicket – In the past, pitches were not covered when it rained. This meant that a team could be forced to bat on a wet pitch. When the sun comes back out, the pitch starts to dry out and it became almost impossible to bat on. This type of pitch was referred to a sticky wicket. Useless bowlers can suddenly appear to be world-beaters. It is therefore unfortunate for South African spinners that sticky wickets are no longer seen at test level.

Strokemaker – A strokemaker is a batsman that is attractive to watch, and plays stylish shots. Traditionally, strokemakers were seen as fast scorers, however, strike rates are now showing this up as a fallacy. Supposedly stodgy players like Justin Langer often have a faster rate of scoring than a pretty player like Mark Waugh. It just doesn’t look as nice.

Stumped – A batsman can be stumped when, whilst trying to strike the ball, he leaves the safety of the popping crease and the wicketkeeper successfully removes a bail with the ball. I was only ever sent in as nightwatchman once – I was stumped third ball for 12.

Stumps – the stumps are the three bits of perpendicular wood (usually ash) that the batsman must protect from the bowler. Stumps is also the term used for the end of play, thereby signalling the commencement of the pissup.

Sweep – sweeping is quite simple. It has five key components. Firstly, you must choose an appropriate broom for the task at hand. Rough floors will probably be cleaned better by a broom made with natural fibres, while synthetic brooms are suitable for smoother floors. Secondly, you must pick a place to start sweeping from. The Sweeping School of London teaches the “sweep from the edge into the middle” technique, however, the Washington Greater College of Sweepers and Cleaners prefers the “move the dirt from one end to another” system pioneered by Thug in 8,499 B.C. The third step of successful sweeping is the actual cleaning stage. It is important to always keep the broom in contact with the ground. Slowly and carefully drag the broom towards your body – you can either use a short and fast action or a longer and more deliberate motion. Don’t try to go too fast too soon, and wait until you are confident with your technique. The fourth stage of sweeping is collecting all the dirt. Use your broom to arrange the rubbish into a pile, and then sweep this pile into a dust pan. For heaven’s sake, don’t try to do this too rapidly, or you could suffer the potentially fatal ‘dust billow’, where dirt can be accidentally pushed back into your face. The final stage of sweeping involves putting all the equipment back where you got it from, so that it is ready for the next time you wish to experience the joys of sweeping.

Swing – swing occurs when the bowler is able to swerve the ball through the air prior to it bouncing. There have been many famous exponents of swing bowling including Alec Bedser, Alan Davidson and Wasim Akram. Swing bowlers can be devastating in the right conditions, but they can also turn into Ben Hilfenhaus (i.e. cannon fodder) if the ball isn’t swinging.

Television replay - if the on-field umpire is unsure of what transpired, they can perform the traditional distress signal from Team America to signify the need for assistance from the third umpire. In this event, the third umpire is charged with viewing the events from all possible angles before always deciding that the batsman is not out.

Tesco Tuffers - this very embarrassing situation is where a player, such as Greg Matthews on his Test debut, is not recognised by the gatekeepers at the ground and refused entry. There is no truth to the rumour that the gatekeeper was well aware of an English left arm orthodox's identity, and the subsequent refusal to enter was merely his attempt to bring some reason to the English selection process.

Test – a test match is the highest pinnacle of the great game of cricket. It is between two international sides and is played over five days. The number of teams entitled to play test cricket is limited, with only nations that have demonstrated their capacity to perform

Offline MysteRy

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Re: History In Brief > ( MysteRy CollectioN )
« Reply #7 on: December 28, 2013, 02:03:55 PM »
HISTORY OF KASHMIR


The conflict in Kashmir dates to the partition of India in 1947. The State of Jammu & Kashmir was at this time majority Muslim but with a Hindu ruler, and it was unclear whether it would accede to Pakistan or India. Its eventual accession to India became a  matter of dispute

(UNMOGIP Background

In August 1947, India and Pakistan became independent. Under the scheme of partition provided by the Indian Independence Act of 1947, Kashmir was free to accede to India or Pakistan. Its accession to India became a matter of dispute between the two countries and fighting broke out later that year.

«Despite the disagreement between India and Pakistan over UNMOGIP’s mandate and functions, the mission has remained in the area to observe the 1971 ceasefire arrangements.»
In January 1948, the Security Council adopted resolution 39 (1948) , establishing the United Nations Commission for India and Pakistan (UNCIP) to investigate and mediate the dispute. In April 1948, by its resolution 47 (1948) , the Council decided to enlarge the membership of UNCIP and to recommend various measures including the use of observers to stop the fighting. At the recommendation of UNCIP, the Secretary-General appointed the Military Adviser to support the Commission on military aspects and provided for a group of military observers to assist him. The first team of unarmed military observers, which eventually formed the nucleus of the United Nations Military Observer Group in India and Pakistan (UNMOGIP), arrived in the mission area in January 1949 to supervise, in the State of Jammu and Kashmir, the ceasefire between India and Pakistan and to assist the Military Adviser to UNCIP.

The tasks of the observers, as defined by the Military Adviser, were to accompany the local authorities in their investigations, gather as much information as possible, and report as completely, accurately and impartially as possible. Any direct intervention by the observers between the opposing parties or any interference in the armies’ orders was to be avoided. These arrangements remained in effect until the conclusion of the Karachi Agreement on 27 July 1949 establishing a ceasefire line to be supervised by UN military observers.

The Karachi Agreement specified that UNCIP would station observers where it deemed necessary, and that the ceasefire line would be verified mutually on the ground by local commanders on each side with the assistance of UN military observers. Disagreements were to be referred to the UNCIP Military Adviser, whose decision would be final.

On 30 March 1951, following the termination of UNCIP, the Security Council, by its resolution 91 (1951) decided that UNMOGIP should continue to supervise the ceasefire in Jammu and Kashmir. UNMOGIP's functions were to observe and report, investigate complaints of ceasefire violations and submit its finding to each party and to the Secretary-General.

At the end of 1971, hostilities broke out again between India and Pakistan. They started along the borders of East Pakistan and were related to the movement for independence which had developed in that region and which ultimately led to the creation of Bangladesh.

When a ceasefire came into effect on 17 December 1971, a number of positions on both sides of the 1949 ceasefire line had changed hands. The Security Council met on 12 December, and on 21 December adopted resolution 307 (1971) , by which it demanded that a durable ceasefire in all areas of conflict remain in effect until all armed forces had withdrawn to their respective territories and to positions which fully respected the ceasefire line in Jammu and Kashmir supervised by UNMOGIP.

In July 1972, India and Pakistan signed an agreement defining a Line of Control in Kashmir which, with minor deviations, followed the same course as the ceasefire line established by the Karachi Agreement in 1949. India took the position that the mandate of UNMOGIP had lapsed, since it related specifically to the ceasefire line under the Karachi Agreement. Pakistan, however, did not accept this position.

Given the disagreement between the two parties over UNMOGIP's mandate and functions, the Secretary-General's position has been that UNMOGIP could be terminated only by a decision of the Security Council. In the absence of such an agreement, UNMOGIP has been maintained with the same arrangements as established following December 1971 ceasefire. The tasks of UNMOGIP have been to observe, to the extent possible, developments pertaining to the strict observance of the ceasefire of 17 December 1971 and to report thereon to the Secretary-General.

The military authorities of Pakistan have continued to lodge complaints with UNMOGIP about ceasefire violations. The military authorities of India have lodged no complaints since January 1972 and have restricted the activities of the UN observers on the Indian side of the Line of Control. They have, however, continued to provide accommodation, transport and other facilities to UNMOGIP.)
 between the two countries, with both India and Pakistan claiming ownership of Kashmir. After a brief war in 1947-48, Kashmir was divided between Pakistan and India administered territories. A ceasefire line was agreed under UN supervision, which has since been renamed the

‘Line of Control’
(

BBC News Online looks at possible solutions for Kashmir. Click on the maps below


Scenario 1
 
Scenario 2
 
Scenario 3
 
Scenario 4
 
Scenario 5
 
Scenario 6
 
Scenario 7






Religious groups: Indian-administered Kashmir

REGION
Buddhist
Hindu
Muslim
Other
Kashmir Valley
-
4%
95%
-
Jammu
-
66%
30%
4%
Ladakh
50%
-
46%
3%

Religious groups: Pakistani-administered Kashmir

REGION
Buddhist
Hindu
Muslim
Other
Northern Areas
-
-
99%
-
Azad Jammu and Kashmir
-
-
99%
-
Source: Indian/Pakistani Government Censuses
 
Scenario one: The status quo
Kashmir has been a flashpoint between India and Pakistan for more than 50 years. Currently a boundary - the Line of Control - divides the region in two, with one part administered by India and one by Pakistan. India would like to formalise this status quo and make it the accepted international boundary. But Pakistan and Kashmiri activists reject this plan because they both want greater control over the region.

In 1947-8 India and Pakistan fought their first war over Jammu and Kashmir. Under United Nations' supervision, they agreed to a ceasefire along a line which left one-third of the state - comprising what Pakistan calls Azad Jammu and Kashmir, and the Northern Areas administered by Pakistan and two-thirds, Jammu, Ladakh and the Kashmir Valley, administered by India.

In 1972, under the terms of the Simla agreement, the ceasefire line was renamed the Line of Control.

Although India claims that the entire state is part of India, it has been prepared to accept the Line of Control as the international border, with some possible modifications. Both the US and the UK have also favoured turning the Line of Control into an internationally-recognised frontier.

But Pakistan has consistently refused to accept the Line of Control as the border since the predominantly Muslim Kashmir Valley would remain as part of India. Formalising the status quo also does not take account of the aspirations of those Kashmiris who have been fighting since 1989 for independence for the whole or part of the state.)
Around one third of the territory has since been administered by Pakistan, with the remainder administered by India, including Kashmir Valley, which has a strong Muslim majority.



Further wars have broken out between India and Pakistan in Kashmir in 1965 and 1999, whilst there is also a Kashmir separatist movement. To further complicate matters in the region, the border with China is also disputed. India does not recognise the border established after war between India and China in 1962. China has traditionally diplomatically favoured Pakistan though
 relations with India
(Sunday, 2 June, 2002, 01:40 GMT 02:40 UK
China and the Kashmir crisis

India and China have long been mistrustful
 
Analysis

By Michael Yahuda
Professor of International Relations,
London School of Economics and Political Science


China has long been involved in a triangular relationship with Pakistan and India, and is now a reluctant and silent third party to the dispute over Kashmir.


 Enlarge map
Beijing has traditionally supported Pakistan against India, but now in the post-Cold War era the Chinese have distanced themselves somewhat from Pakistan in order to cultivate better relations with India.

Nevertheless China has a strategic interest in the survival of Pakistan and it will not want to see it drawn into a war which it cannot win, nor will it want to see its government humiliated.

The Chinese approach is determined by three broad considerations; border issues, geopolitics and international strategy.

Borders

  China has contained India by cultivating its neighbours and by blocking Indian aspirations to be the dominant power in the southern reaches of the Himalayas


There is a contested border with India, and India has not forgotten its defeat by China in a border row in 1962.

China also borders Kashmir and the Indians do not recognise the border agreement the Chinese reached with Pakistan over the section of Kashmir under Pakistani control.

Although the Chinese and Indian sides have been unable to resolve their border dispute, they have nevertheless agreed in recent years to take various measures to reduce tension and the possibility for conflict along the lines of control that separate their two forces.

Geopolitics

From a geopolitical point of view, China has consistently sought to constrain Indian power and confine it essentially to the region of South Asia.


if there is a Pakistani nuclear strike, China will be blamed for supplying the technology
In addition to the strategic interest in not having to confront a single powerful neighbour to the south of the Himalayas, China is also concerned by the residual Indian interest in Tibet.

After all India still harbours the Dalai Lama and his unofficial government in exile.

China has contained India by cultivating its neighbours and by blocking Indian aspirations to be the dominant power in the southern reaches of the Himalayas.

Thus China continues to refuse to recognise India's claims to Sikkim, it encourages Bangladesh to stand up to India and above all China has supported India's arch-rival Pakistan.

In the 1965 Indo-Pak war China went so far as to threaten to open a second front against India.

But its main support has been expressed through the supply of arms.

Once Pakistan was confined to its western sector in 1971 it became no match for Indian power.

The Chinese have sought to redress the balance by helping Pakistan to acquire nuclear weapons and missile technology.

Despite repeated Chinese denials the evidence supplied by the Americans is overwhelming on this score.

International strategy

From a wider international perspective, India and China were rivals in the Cold War era.

From the 1970s this was reflected in American support for China and the Soviet alliance with India.

  China is anxious to avoid trouble with the US


Since the end of the Cold War, however, India and China have scaled down their enmity and have found reason to co-operate, more especially in managing relations with the sole superpower, the United States.

But after 11 September matters became more complicated.

Both China and India have drawn closer to the US - India perhaps more so than China.

Indeed India and the US held joint military exercises for the first time in May.

But China is anxious to avoid trouble with the US at a time of leadership succession, and at a time when it has to adjust to the terms of entry to the World Trade Organisation.

Moreover, China has benefited to an extent from the "war on terror", which has enabled it to suppress resistance to its rule in its Central Asian province of Xinjiang.

Nevertheless the Chinese eye warily the American military presence in Central Asia.

Nuclear fall-out

Thus from a Chinese point of view the crisis in Kashmir has come at a most difficult time, and it is clear that the Chinese are not best pleased with their Pakistani friends for provoking it.

  The Chinese are very much opposed to the possible use of nuclear weapons


The Chinese opposed the Pakistani incursion into Kargil 18 months ago, and on this occasion it is clear that the Chinese have withheld support from Pakistan.

They have not joined Islamabad in calling for an international settlement of the Kashmiri issue, but have implicitly sided with New Delhi in calling for dialogue between the two.

Although they have not said so publicly, the Chinese are very much opposed to the possible use of nuclear weapons.

It is they who will be blamed for having supplied Pakistan, and they too have much to fear if the psychological barrier to their use were to be broken.)
have improved in recent years.

Given the apparently irreconcilable territorial claims in Kashmir, there is no immediate end in sight to this conflict. Now that both India and Pakistan are in possession of nuclear weapons, the stakes in this conflict are of global significance. In this difficult context, local peacebuilders work to diffuse tensions. This work is vital when the potential for local violence to spark larger conflicts carries such huge dangers.

kashmir:conflict profile.
The partition of India continues to leave open wounds on both its Eastern and Western borders with the struggle in Kashmir being one of its most highly publicised conflicts, enveloping three nuclear powers: Pakistan, India and China. The complex conflict is set to the backdrop of the valleys and mountains of the Himalayan region which contain many diverse linguistic, ethnic and religious groups.



Image from Julie Starr, published under a creative commons license

The bloody territorial dispute of the Kashmir region has continued for more than six decades, resulting in 100,000s of deaths and with Kashmiris facing the daily life of military occupation and ongoing militia operations. While the violence decreased in recent years since the beginnings of a peace process in 2004, it has flared up again in the summer of 2009 and the region remains highly unstable and volatile. The deeply entrenched views each side hold; the involvement of different domestic and international groups and governments; the fragility of political, economic and social stability in all the countries concerned and the larger conflict surrounding water resources and land, limits the possibilities of reconciliation, making this one of the longest-running intractable conflicts in the world.



Image from [email protected], published under a creative commons license

In 2010, India administered 43 per cent of the region including most of Jammu, the Kashmir Valley, Ladakh and the Siachen Glacier. Pakistan controls 37 per cent of Kashmir namely Azad Kashmir and the northern areas of Gilgit and Baltistan. In addition, China occupies 20 per cent of Kashmir following the Sino-Indian War of 1962. The Shaksam Valley, which China claims, is part of Tibet and under Chinese occupation.

Indo-Pakistani War of 1947
Amidst the turmult of independence in 1947 Muslim revolutionaries from Western Kashmir and Pakistani tribesman from Dir advanced into the Bramulla area. This was due to rumours that the ruling Maharaja Hari Singh was planning to annex the Kingdom of Jammu and Kashmir to India and the advancing forces intended to liberate the area from the Dogra rule.

Officially, the Indian government could only intervene if the Maharaja relinquished power of the region at which point they could send in ‘military aid’, as India and Pakistan had signed the Standstill Agreement, which was an agreement of non-intervention. The Maharaja ultimately agreed to relinquish power and the Indian army moved in to drive out the Pakistani forces and occupied the remaining areas of Kashmir and Jammu, despite Pakistani calls for a referendum and the Muslim majority in Kashmir. The war continued until 1948 when India requested the involvement of the UN Security Council. The Council passed a resolution that imposed an immediate ceasefire and called on Pakistan to withdraw all military presence. In addition, it stated that India could retain a minimum military presence, while Pakistan would have no say in administration and “the final disposition of the State of Jammu and Kashmir will be made in accordance with the will of the people expressed through the democratic method of a free and impartial plebiscite conducted under the auspices of the United Nations.” The ceasefire was enacted on 31 December 1948, however Pakistan did not withdraw its troops from the region and a plebiscite was not conducted, leading to the beginning of increasing unrest in the region.

Sino-Indian War of 1962
The increasing unrest and escalating violence culminated in 1962 when military from China and India clashed in territorial disputes. China quickly overpowered the Indian military and occupied the area, claiming the area under administration and naming the region Aksai Chin. The border dispute between this area and other smaller areas is known as the Line of Actual Control. Current construction of a ‘fence’ around the Line of Actual Control has been disputed by both China and Pakistan, however, India claims that the ‘fence’ reduces insurgent attacks. Until the ceasefire in 2003 the Line of Control was one of the most violence-prone de facto borders in the world and saw daily shelling, mortar firing, artillery shelling, and machine gun exchanges between Indian and Pakistani troops and other militant groups.

1965 and 1971 wars
In 1965 and 1971, heavy fighting broke out again between India and Pakistan. The Indo-Pakistani War of 1971 resulted in the defeat of Pakistan and the surrender of the Pakistani military in East Pakistan (now Bangladesh), which led to the signing of The Simla Agreement between India and Pakistan. By this treaty, both countries agreed to settle all issues by peaceful means and mutual discussions in the framework of the UN Charter. However, this form of track-two diplomacy was merely a ‘paper peace’ and did not reflect the situation in Kashmir that had left a bitter legacy of a deadly 20-year war.

Militancy
The Simla Agreement had little bearing to events on the ground and there were increasingly organised uprisings.  Opposition to the Indian administration, disputed state elections and military occupation led to some of the state’s legislative assemblies forming militant wings, which further created the catalyst for the Mujahideen insurgency, which continues to this day. The three main militant groups in Kashmir are Hizbul Mujahideen; Lashkar-e-Toyeba; and Harkat-ul-Mujahideen but all have also fractured into different, sometimes opposing factions, many of whom have different aims on how to resolve the conflict, what their objectives are and their views on the use of violence to continue their struggle. However, in recent years their membership and influence has diminished.



The Kargil War of 1999
In mid-1999 insurgents and Pakistani soldiers from Pakistani Kashmir infiltrated into Jammu and Kashmir. The insurgents took advantage of the severe winter conditions and occupied vacant mountain peaks of the Kargil range. By blocking the highway, they wanted to cut off the only link between the Kashmir Valley and Ladakh. This resulted in a high-scale conflict between the Indian Army and the Pakistan Army. International fears that the conflict could turn nuclear led to the involvement of the United States pressurising Pakistan to retreat.

Opposing Views
The major points of two of the main stakeholders India and Pakistan can be summarised as follows:

Indian view
India claims that as the Maharaja Hari Singh signed the Instrument of Accession in October 1947, handing control of the Kingdom of Jammu and Kashmir over to India, the region is theirs, having been validated by the Indian Independence Act and the departing British Empire.
India claims that the UN Resolution 1172 in 1948 accepted India’s stand regarding all outstanding issues between India and Pakistan.
India claims that Pakistan has not removed its military forces, which India views as one of the first steps in implementing a resolution.
India accused Pakistan of funding military groups in the region to create instability, and accuses Pakistan of waging a proxy war.
India accuses Pakistan of spreading anti-India sentiment among the people of Kashmir, through the media, to alter Kashmiri opinion.
According to India, most regions of Pakistani Kashmir, especially northern areas, continue to suffer from lack of political recognition, economic development and basic fundamental rights.
Pakistani view
Pakistan claims that according to the two-nation theory Kashmir should have been with Pakistan, because it has a Muslim majority.
Pakistan argues that India has shown disregard to the resolutions of the UN Security Council, and the United Nations Commission in India and Pakistan, by failing to hold a plebiscite.
Pakistan rejects Indian claims to Kashmir, centring around the Instrument of Accession. Pakistan insists that the Maharaja did not have the support of most Kasmiris. Pakistan also claims that the Maharaja handed over control of Jammu and Kashmir under duress, thus invalidating the legitimacy of the claims.
Pakistan claims that India violated the Standstill Agreement and that Indian troops were already in Kashmir before the Instrument of Accession was signed.
Pakistan claims that between 1990-1999 the Indian Armed Forces, its paramilitary groups, and counter-insurgent militias have been responsible for the deaths 4,501 of Kashmiri civilians. Also from 1990 to 1999, there are records of 4,242 women between the ages of 7-70 that have been raped. Similar allegations were also made by some human rights organizations.
Pakistan claims that the Kashmiri uprising demonstrates that the people of Kashmir no longer wish to remain part of India. Pakistan suggests that this means that either Kashmir wants to be with Pakistan or independent.



The Peace Process

One of the first peace initiatives in July 2000 laid a tentative framework for reconciliation. The largest militia group, the Hizb’ul–Mujahideen, declared a unilateral ceasefire against the Indian forces after covert negotiations between the different stakeholders. However, the demands from the militia group, which included India declaring Kashmir a disputed territory and that tripartite negotiation should begin immediately, were not met and the ceasefire collapsed.  In 2003 another ceasefire was declared along the Line of Control which resulted in five-stage talks between the Indian and Pakistani governments, commencing in 2004. Some progress was made, leading to increased trade and movement between the borders. However, the talks have were suspended for two years due to the 2008 Mumbai attacks and this has led to a recent upsurge in violence and strikes, with 2010 seeing the highest levels of violence in years with many young Muslim Kashmiris involved in action against the police and Indian Army. There continues to be violent reprisal attacks from the Indian Army, and many human rights condemnations as cited by many human rights organisations.

However, since February 2010 high-level talks have resumed, with the foreign ministers of India and Pakistan meeting in July in Islamabad in an effort to resume the dialogue that was in progress before the Mumbai attacks.

Although the violence continues, the 2008 election saw a substantial vote for the moderate parties, which is perhaps representative of the desire for a more stable region and the general population’s exhaustion with the conflict and the want for peace. Furthermore, the increase in trade and movement of people between the regions, along with the cumulative impact of civil society movements, have played an important role in suppressing any re-emergence of a large-scale armed struggle. The region may be moving forward into a ripeness for reconciliation, but many in Kashmir and the international community call for the right of Kashmiris to determine their own future and call for a referendum on independence.

kashmir conflict resources :-

General
BBC in-depth – Kashmir flashpoint: Features the latest stories from the region as well as a discussion of the keys debates surrounding the ongoing dispute. The personal perspectives under the ‘Voices from Kashmir’ section are particularly worth a look. The BBC Search function for Kashmir is also useful, as is the BBC Timeline – India and Pakistan – Trouble Relations.



published under the creative commons license

Flashpoints: Country briefing on the conflict in Kashmir, including a list of related resources.

Global Security – Kashmir: For the main combatants involved in the dispute, refer to the right-hand side of this page. Also noteworthy is the extensive background information and the maps.

INCORE: International Conflict Research Institute at the University of Ulster’s guide to Internet resources on Kashmir.

Kashmir Newz – Maps of Jumma and Kashmir: An interesting collection of regional maps each, representing a different understanding of Kashmir and Jumma’s territory. Includes: India’s local version, India’s international version, Pakistan’s version, Western version, Central Intelligence Agency and the USA’s version.

UK FCO guidelines: Country profile from the UK Foreign and Commonwealth Office, including travel advice for those planning to visit the region and recently updated timeline of recent conflict.



photo by Shashwat Nagpal, published under the creative commons license

Government and International Organisations
Amnesty International: Thousands lost in Kashmir mass graves (2008): A disturbing article from Amnesty International outlining the discovery of hundreds of unidentified graves believed to contain victims of unlawful killings, enforced disappearances, torture and other abuses.

CIA Fact book: General information on Pakistan, including maps and statistical information.

Human Rights Watch: Search on all reports produced by HRW on human rights abuses and other issues in Kashmir.

Human Rights Watch – India: Scroll down to the Jammu and Kashmir section for the latest from Human Rights Watch.

Internally Displaced Monitoring Centre: This is an extensively categorised and comprehensive resource of IDPs in India. Under the ‘Internal Displacement Profile,’ search for the specific Kashmir reports, statistics and maps.

ICC: Contains news on any impeding investigations or cases in the ICC for Kashmir.

International Crisis Group: Recent reports from International Crisis Group on Kashmir.

UNMOGIP – The UN Military Observer group in India and Pakistan: A small UN outfit remains in the border region. Particularly noteworthy is the history of UN involvement and detailed map section.

UN Resolutions: Links to all UN resolutions passed in relation to Kashmir.

US AID: Gives an overview of US AID funded programmes in the region of Jammu and Kashmir.



photo by [email protected] published under the creative commons license

Local Newspapers
Kashmir Observer
Greater Kashmir
Rising Kashmir
Kashmir Times

Other
Indian Census 2001: Site of Indian census, including (contested) information on Jammu and Kashmir.

Google maps: Link to Google maps page of Jammu and Kashmir.

Kashmir information network: Links to noted authors on Kashmir, Kashmiri newspapers, recommended articles and books, and background to the conflict.



kashmir:conflict timeline:-


1846: The State of Jammu and Kashmir is created under the Treaty of Amristar, when the Maharaja Gulab Singh buys the Kashmir Valley from the East India Company and adds it to Jammu and Ladakh already under his rule.

1857: The Indian Rebellion of 1857 against the British/First Indian War of Independence.

1931: The movement against the Maharaja in Kashmir begins but is suppressed by State forces.

1932: Sheikh Mohammed Abdullah sets up the ‘All Jammu and Kashmir Muslim Conference’ to fight for Kashmiri freedom from the Maharaja’s rule, which would branch off to become the National Conference in 1939. The Glancy Commission publishes a report in April 1932, highlighting the inequality of the Muslim population and discusses the need for their adequate representation in the state’s services; the Maharaja accepts these recommendations but delays implementation; the Maharaja grants a Constitution providing a legislative assembly for the people, but the Assembly turns out to be powerless.

1939: The National Conference launches the ‘Quit Kashmir’ movement demanding abrogation of the Treaty of Amritsar and a call of sovereignty for the people of Kashmir.

1940: The Pakistan Resolution is passed and demands the establishment of an independent state, comprising all regions in which Muslims are the majority.

1947 (Mar): An internal revolt begins in the Poonch region but is suppressed by the Maharaja’s forces.

1947 (15 Aug): The partition of India: The British Indian Empire is dissolved and the Muslim-majority areas in the East and West are partitioned to form the separate state of Pakistan.



1947: Kashmir signs the Standstill Agreement with Pakistan. The Maharaja delays his decision to accede into either India or Pakistan.

1947 (Oct): Indo-Pakistani War of 1947:  Thousands of Pashtuns from Pakistan’s North West Frontier Province attack Kashmir and the Maharaja’s forces. The Maharaja ask India for help, who abides under the conditions that he relinquish control over defense, communication and foreign affairs to India. The Maharaja agrees and signs the Instrument of Accession.



The Indian Army enters the state to repel the invaders. Sheikh Abdullah endorses the accession as ad-hoc which would be ultimately decided by a plebiscite and is appointed head of the emergency administration.

1948: India takes the Kashmir problem to the UN Security Council. The resolution orders the cessation of hostilities and a formulation of a truce agreement, and that a plebiscite should determine the future of Jammu and Kashmir. However, both countries cannot agree on the terms of demilitarisation.

1949: On 1 January, the ceasefire between Indian and Pakistani forces leaves India in control of most of the valley, as well as Jammu and Ladakh, while Pakistan gains control of part of Kashmir including, what Pakistan calls, Azad Kashmir and Northern territories.

1950 (Jan): India gains independence and becomes a republic.

1957: India’s Home Minister declares that the State of Jammu and Kashmir is a fundamental part of India and there can be no question of a plebiscite. Kashmiri activists continue to insist on self-determination.

1963 (Dec): Mass uprisings occur in the Kashmir Valley and protests occur against Articles 356 and 357 of the Indian Constitution, by which the Indian government can exercise legislative powers. The Indian army attacks the protesters.

1965: Indo-Pakistan War of 1965. Pakistan backs rebel groups in Kashmir and sends armed Pakistani infiltrators to join them across the ceasefire line, which leads to more violence across the whole of the Kashmir Valley.

1966: Kashmiri nationalists form another Plebiscite Front with an armed wing called the Jammu and Kashmir National Liberation Front (NLF) in Azad Kashmir, with the objective of freeing Kashmir from Indian occupation.

1971: The Indo-Pakistan War of 1971: Pakistan descends into civil war after East Pakistan demands autonomy and later independence of what will become Bangladesh.

1972: India and Pakistan agree to a ceasefire, and sign the Simla Agreement, which states that they will respect the Line of Control, the border between the two countries and China. However, fighting continues along this line, making it one of the most violent and dangerous border lines in the world.

1987-1990: Kashmir Insurgency: After the 1987 elections the Muslim United Front (MUF) declares the elections as rigged, and the insurgency in the valley increases. The MUF candidate later breaks away to become head of the militant group Hizb-ul-Mujahedin. Further protests and anti-India demonstrations in the Kashmir Valley followed by police retaliation, arrests and curfew orders by the Indian police and army.

1989: At the end of the Soviet occupation of Afghanistan a great deal of weapons are released into Kashmir and Pakistan provides further training to Kashmiri and foreign militant groups in Kashmir. The Kashmiri independence movement becomes more Islamist in its ideology.

1990 (1 Mar): An estimated one million people take to the streets in protest of the Indian occupation and more than 40 people are killed by the police. This is seen by many as the beginning of a massive Kashmiri uprising, but India claims that it is orchestrated by Pakistani trained operatives. Many of the 162,500 Hindu community in Kashmir flee the area to refugee camps in Jammu.



1990: An estimated 34,000 people have been killed since 1978.

1998: India and Pakistan perform nuclear tests in a show of strength.

1999: Indian and Pakistani militaries clash in Kargil, India launches air-strikes in Kashmir.

1999: General Musharraf leads a military coup in Pakistan.

2000 (Nov): India puts a ceasefire into effect in Kashmir. However, violence continues.

2001 (Oct): Kashmiri assembly in Srinagar attacked and 38 people are killed.

2001 (Dec): Attack on Indian parliament in New Dehli. The militant groups Lashkar-e-Taiba and Jaish-e-Mohammed take responsibility.

2003: India and Pakistan restore diplomatic ties.

2004 (24 Sep): Prime Minister Singh and President Musharraf meet in New York during UN General Assembly for first round of peace talks.


2006: Second round of Indo-Pakistan peace talks.

2007: Amnesty International and other human rights organisations report of gross human rights violations from India that include systematic arrests and detentions, enforced curfews, and testimonies of rape and torture. India denies many of these claims and states it is suppressing terrorism.

2008 (Aug): The beginning of the second uprising by local groups and youths which leads to massive redeployment of Indian security forces.


2010 (Aug): Tens of thousands of people stage street demonstrations against the deaths of two young men detained in Indian custody.

2010 (Sep): The Indian government has claimed it will release hundreds of students and young people after months of civil unrest that has left at least 107 people dead.



kashmir: key people and parties:-


The Jammu and Kashmir Democratic Freedom Party (JKDFP): was founded in 1998 by Hashim Qureshi and  Shabir Ahmad Shah as a separatist party that advocates self-rule for Jammu and Kashmir.

The Jammu and Kashmir People’s Democratic Party (PDP): was founded in 1999 by Mufti Mohammed Sayeed and is a separatist party that advocates self-rule for Jammu and Kashmir.

The All Parties Hurriyat Conference (APHC): was founded in 1993 and is a political front formed as an alliance of 26 political, social and religious organisations in Kashmir. One of the main objectives of the APHC is ascend the Indian controlled regions of Kashmir to Pakistan and to instate Islamic governance.



The Indian National Congress (INC): is one of the two major political parties in India and is considered centre-left in the Indian political spectrum. In the 2009 general election it formed a coalition with a number of allies called the UPA and was able to form a majority and form a government.

The Bharatiya Janata Party (BJP): is India’s second largest political party and is considered centre-right in the Indian political spectrum and is the Hindu-National party. They were in power from 1998 to 2004 when Atal Bihari Vajpayee was Prime Minister.

The Jammu and Kashmir National Conference Party (NCP): was founded by Sheikh Abduallah in 1939 and dominated electoral politics for many decades in the state, it is now being led by his grandson Omar Abdullah. They are a moderate separatist party and call for Jammu and Kashmir’s right to self-determination and autonomy.

MILITANT GROUPS
Jaish-e-Mohammed: is a militant organisation that operates in Kashmir but is based in Pakistan. The group’s main aim is to ascend the Indian controlled regions of Kashmir to Pakistan and to instate Islamic governance and has carried out several attacks. It has been banned in Pakistan since 2002 and its Commander-in–Chief Masood Azhar is currently imprisoned in Pakistan, however, the group continues to operate.

Hizb-ul-Mujahideen: is a militant organisation that has operated in Kashmir since 1989 and is the militant wing of the Kashmiri political and religious group Jamaat-e-Islami. The current leader of the group is a Kashmiri known as Sayeed Salahudeen who resides in Pakistan. The group is considered by many to be the most widely supported and populist militant group active in the conflict.

Lashkar-e-Taiba: was founded in 1994 as the militant wing of the Marqaz, a centre which was founded in the 1980s by Hafiz Mohammed Saeed and is one the largest and most active of the militant operations. They have taken responsibility for a number of violent attacks including the Red Fort attacks in Delhi in 2000. India has also accused them of being responsible for the 2009 Mumbai attacks. They differ from the other main militant groups as most of their members are non-Kashmiri. They are an extremely well-known and prominent group in Pakistan. However, they have been banned since 2002 in Pakistan, but they continue to operate and include different factions.



key people:
Farooq Abdullah: Has dominated local politics for years and is the son of Sheikh Mohammed, who founded the National Conference Party. While he has accepted that Kashmir should remain part of the Indian Union, he has campaigned for its greater autonomy. He has been criticised for shifting his allegiances to political parties, but is currently an ally of the BJP.

Omar Abdullah: Is the son of Farooq Abdullah and was made head of the National Conference in 2008, he resigned in 2009 amid allegations of a sex scandal, however he is currently still in the party and is Chief Minister for Jammu and Kashmir.

Shabir Shah: Is a high profile campaigner for Kashmiri independence since the late 1960s, and has spent much of his life in Indian jails. However, he was suspended from the APHC due to political disagreements and went on to found his own party in 1998 called the Jammu Kashmir Democratic Freedom Party (JKDFP).

Abdul Gani Bhat: Is another key player in Kashmiri politics and advocates for Kashmir’s accession to Pakistan. In 1993 his party, the Muslim Conference, became part of the main Kashmiri separatists alliance the APHC. He recently claimed that other separatists involved in the conflicts had assassinated some high profile leaders in the separatist movement and his own brother.

« Last Edit: December 29, 2013, 02:50:47 PM by MysteRy »

Offline MysteRy

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Re: History In Brief > ( MysteRy CollectioN )
« Reply #8 on: December 29, 2013, 02:54:17 PM »
Gold History



A child finds a shiny rock in a creek, thousands of years ago, and the human race is introduced to gold for the first time.

Gold was first discovered as shining, yellow nuggets. "Gold is where you find it," so the saying goes, and gold was first discovered in its natural state, in streams all over the world. No doubt it was the first metal known to early hominids.

Gold became a part of every human culture. Its brilliance, natural beauty, and luster, and its great malleability and resistance to tarnish made it enjoyable to work and play with.

Because gold is dispersed widely throughout the geologic world, its discovery occurred to many different groups in many different locales. And nearly everyone who found it was impressed with it, and so was the developing culture in which they lived.

Gold was the first metal widely known to our species. When thinking about the historical progress of technology, we consider the development of iron and copper-working as the greatest contributions to our species' economic and cultural progress - but gold came first.

Gold is the easiest of the metals to work. It occurs in a virtually pure and workable state, whereas most other metals tend to be found in ore-bodies that pose some difficulty in smelting. Gold's early uses were no doubtornamental, and its brilliance and permanence (it neither corrodes nor tarnishes) linked it to deities and royalty in early civilizations .



Gold has always been powerful stuff. The earliest history of human interaction with gold is long lost to us, but its association with the gods, with immortality, and with wealth itself are common to many cultures throughout the world.

Early civilizations equated gold with gods and rulers, and gold was sought in their name and dedicated to their glorification. Humans almost intuitively place a high value on gold, equating it with power, beauty, and the cultural elite. And since gold is widely distributed all over the globe, we find this same thinking about gold throughout ancient and modern civilizations everywhere.

Gold, beauty, and power have always gone together. Gold in ancient times was made into shrines and idols ("the Golden Calf"), plates, cups, vases and vessels of all kinds, and of course, jewelry for personal adornment.





The "Gold of Troy" treasure hoard, excavated in Turkey and dating to the era 2450 -2600 B.C., show the range of gold-work from delicate jewelry to a gold gravy boat weighing a full troy pound. This was a time when gold was highly valued, but had not yet become money itself. Rather, it was owned by the powerful and well-connected, or made into objects of worship, or used to decorate sacred locations.

Gold has always had value to humans, even before it was money. This is demonstrated by the extraordinary efforts made to obtain it. Prospecting for gold was a worldwide effort going back thousands of years, even before the first money in the form of gold coins appeared about 700 B.C.

In the quest for gold by the Phoenicians, Egyptians, Indians, Hittites, Chinese, and others, prisoners of war were sent to work the mines, as were slaves and criminals. And this happened during a time when gold had no value as 'money,' but was just considered a desirable commodity in and of itself.

The 'value' of gold was accepted all over the world. Today, as in ancient times, the intrinsic appeal of gold itself has that universal appeal to humans. But how did gold come to be a commodity, a measurable unit of value?
The Incas referred to gold as the "tears of the Sun."



Homer,in the "Iliad" and "Odyssey," makes mention of gold as the glory of the immortals and a sign of wealth among ordinary humans. In Genesis 2:10-12, we learn of the river Pison out of Eden, and "the land of Havilah, where there is gold: and the gold of that land is good?"

As far back as 3100 B.C., we have evidence of a gold/silver value ratio in the code of Menes, the founder of the first Egyptian dynasty. In this code it is stated that "one part of gold is equal to two and one half parts of silver in value." This is our earliest of a value relationship between gold and silver.

In ancient Egypt, around the time of Seti I (1320 B.C.), we find the creation of the first gold treasure map now known to us. Today, in the Turin Museum is a papyrus and fragments known as the "Carte des mines d'or." It pictures gold mines, miners' quarters, road leading to the mines and gold-bearing mountains, and so on.

Where is that gold mine located? Well, you know how it is with treasure maps - there's always something a little vague about them, to throw you off the trail.

Modern thought is that it portrays the Wadi Fawakhir region in which the El Sid gold mine is located, but the matter is far from settled. Jason and the Argonauts sought the Golden Fleece around 1200 B.C.

That Greek myth makes more sense when you realize that the fleece that it refers to is the sheep's fleece used in the recovery of fine placer gold.



Early miners would use water power to propel gold-bearing sand over the hide of a sheep, which would trap the tiny, but heavy, flakes of gold. When the fleece had absorbed all it could hold, this 'golden fleece' was hung up to dry, and when dry would be beaten gently so that the gold would fall off and be recovered.

This primitive form of hydraulic mining began thousands of years ago, and was still being used by some miners as recently as the California gold rush of 1849.



The first use of gold as money occurred around 700 B.C., when Lydian merchants produced the first coins. These were simply stamped lumps of a 63% gold and 27% silver mixture known as 'electrum.' This standardized unit of value no doubt helped Lydian traders in their wide-ranging successes, for by the time of Croesus of Mermnadae, the last King of Lydia (570 -546 B.C.), Lydia had amassed a huge hoard of gold. Today, we still speak of the ultra-wealthy as being 'rich as Croesus.'
Gold, measured out, became money. Gold's beauty, scarcity, unique density (no other metal outside the platinum group is as heavy), and the ease by which it could be melted, formed, and measured made it a natural trading medium. Gold gave rise to the concept of money itself: portable, private, and permanent. Gold (and silver) in standardized coins came to replace barter arrangements, and made trade in the Classic period much easier.

Gold was money in ancient Greece. The Greeks mined for gold throughout the Mediterranean and Middle East regions by 550 B.C., and both Plato and Aristotle wrote about gold and had theories about its origins. Gold was associated with water (logical, since most of it was found in streams), and it was supposed that gold was a particularly dense combination of water and sunlight.

Their science may have been primitive, but the Greeks learned much about the practicalities of gold mining. By the time of the death of Alexander of Macedon (323 B.C.), the Greeks had mined gold from the Pillars of Hercules (Gibraltar) all the way eastward to Asia Minor and Egypt, and we find traces of their placer mines today. Some of the mines were owned by the state, some were worked privately with a royalty paid to the state. Also, nomads such as the Scythians and Cimmerians worked placer mines all over the region. The surviving Greek gold coinage and Scythian jewelry both show superb artistry.     

The Roman Empire furthered the quest for gold. The Romans mined gold extensively throughout their empire, and advanced the science of gold-mining considerably. They diverted streams of water to mine hydraulically, and built sluices and the first 'long toms.' They mined underground, also, and introduced water-wheels and the 'roasting' of gold-bearing ores to separate the gold from rock. They were able to more efficiently exploit old mine-sites, and of course their chief laborers were prisoners of war, slaves, and convicts.

A monetary standard made the world economy possible. The concept of money, (i.e., gold and silver in standard weight and fineness coins) allowed the World's economies to expand and prosper. During the Classic period of Greek and Roman rule in the western world, gold and silver both flowed to India for spices, and to China for silk. At the height of the Empire (A.D. 98-160), Roman gold and silver coins reigned from Britain to North Africa and Egypt.
Money had been invented. Its name was gold.....

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Re: History In Brief > ( MysteRy CollectioN )
« Reply #9 on: December 30, 2013, 04:47:45 PM »
History of the Dinosaur

   

   


The first significant dinosaur fossils added to the museum’s collections were the type specimen of the sauropod Dystrophaeus viaemalae, collected by J. S. Newberry and donated in 1859, and Lower Jurassic dinosaur footprints from the Connecticut Valley, donated in 1861. These fossils were catalogued along with all other vertebrates in the Department of Osteology. It was not until 1887 that the Department of Vertebrate Fossils was established, and given its own catalogue system. The acronym for the “U. S. National Museum” (USNM) became part of our official designation for specimen catalogue numbers, and remains so even though our name has been changed to the National Museum of Natural History.



The honorary head curator of this new department was the famous dinosaur paleontologist O. C. Marsh of Yale University, and he was assisted by Frederic Lucas, who was based in Washington, D.C. Marsh led active field expeditions for both Yale University and the U. S. Geological Survey. During Marsh’s lifetime, these fossils were reposited at Yale, but upon his death in 1899, all the vertebrate fossils he had collected for the government (over 80 tons!) were transferred to the Smithsonian Institution. Marsh’s collections include some of the most important dinosaurs known to science, among them our exhibit specimens of Allosaurus, Stegosaurus, Camptosaurus, Ceratosaurus, Triceratops, and Edmontosaurus. The “Marsh Collection” still constitutes the largest single dinosaur collection at the Smithsonian.

In 1898, J. W. Coleman was hired as the first full-time preparator of vertebrate fossils. He was joined in 1900 by Alban Stewart. They soon left government service and were replaced by Charles W. Gilmore (1903), Norman H. Boss (1904) , and James W. Gidley (1905). In 1908, Gilmore was promoted to Custodian of Fossil Reptiles, and in 1924 he was again promoted to the rank of Curator. While at the Smithsonian, Gilmore became one of the most renowned vertebrate paleontologists of the twentieth century, and with him Norman Boss mounted most of the museum’s famous dinosaur exhibits.

Gilmore led sixteen dinosaur expeditions during his tenure as Curator, mostly to Wyoming and Utah, and the collections he brought back to the Smithsonian Institution included Diplodocus, Camarasaurus, and Brachyceratops. He also studied the Marsh Collection extensively, producing important studies of the dinosaurs Camptosaurus, Allosaurus, Ceratosaurus, Stegosaurus, and Thescelosaurus. The first complete, fully mounted dinosaurs to be exhibited by Gilmore and Boss were Edmontosaurus in 1903, followed by Triceratops in 1905, both in the Arts and Industries Building.


The Establishment of the Smithsonian Institution



In 1846 Congress established the Smithsonian Institution, an organization dedicated to the “...increase and diffusion of knowledge.” At this time Congress transferred the National Cabinet of Curiosities to the nascent institution. Part of the act of Congress that created the Smithsonian also mandated that “...all of objects of natural history, plants, and geological and mineralogical specimens belonging or hereafter to belong to the United States” would become the property of the Smithsonian Institution. This made it a Trust Entity, to act on behalf of the United States as the national treasury for its official objects. The Institution’s first building, commonly known as “The Castle”, was completed in 1855, and housed all Smithsonian operations and collections.




In 1879 the Sundry Civil Act further expanded the role of the Institution so that “...all collections of rocks, minerals, soils, fossils, and objects of natural history, archaeology, and ethnology, made by the Coast and Interior Survey, the Geological Survey, or by any other parties for the government of the United States, when no longer needed for investigations in progress, shall be deposited in the National Museum.” The Arts and Industries building has the special designation as the original United States National Museum. This building opened in 1881 and was the home of the first exhibition of the Section of Vertebrate Paleontology.



Prior to 1870, many of the early vertebrate fossils collected by the Smithsonian and other government agencies were sent to Dr. Joseph Leidy in Philadelphia. Leidy is considered to be the “father” of American vertebrate paleontology for the United States, and described many of the first dinosaur fossils found in the United States. His most famous discovery was that of the hadrosaurid Hadrosaurus, at Haddonfield, New Jersey. As the first dinosaur skeleton found in the U. S., it formed the basis for a full-scale model by sculptor Waterhouse Hawkins. One such model stood in the Smithsonian’s first paleontological exhibit, alongside a model of the ground sloth Megalonyx.

The New United States National Museum



In 1910, the current U. S. National Museum (USNM) opened on the north side of the National Mall. The dinosaur collections were moved across the mall to this new museum, where they have been housed ever since. The mounts of Edmontosaurus and Triceratops were also relocated to become part of the new Hall of Extinct Monsters. There they were joined by new mounts of Ceratosaurus (1910), Camptosaurus (1911), two individuals of Stegosaurus (1913 and 1918), Thescelosaurus (1914), Brachyceratops (1920), and Diplodocus (1931). The Diplodocus skeleton was seventy feet long, and visitors were allowed to walk underneath the skeleton, making it the most popular exhibit for over twenty years.



With Gilmore’s retirement in 1945, the position of Curator of Lower Vertebrates was filled for the first time by a Ph.D. in vertebrate paleontology, Charles Gazin (whose specialty was Cenozoic vertebrates, not dinosaurs). If fact, between 1941 and 2003 the USNM (now the National Museum of Natural History) hired six curators in vertebrate paleontology, none of whom specialized in dinosaurs.
One of these curators, Nicholas Hotton III, undertook the first major renovation of the dinosaur hall in the early 1960s. This hall utilized all the existing mounts and added one more, the specimen of Gorgosaurus (completed in 1960) currently exhibited on the north wall. Although most of the dinosaur skeletons were unchanged, the hall itself was substantially redesigned and reorganized. This hall opened to the public in 1963, and while the visiting public was no longer allowed to walk under the Diplodocus, there was now a sauropod femur that they were allowed to touch.

The hall closed again in 1979 as planning began for a new hall that would highlight the museum’s collections as part of “Fossils: The History of Life”. Again, all of the existing dinosaur mounts were kept, but rearranged to suit the new design of the exhibit. One new mount, Allosaurus, was constructed and integrated into a central exhibit of Late Jurassic dinosaurs. This new hall was opened in December,1981, and remains the centerpiece of the Smithsonian’s paleontology exhibit.



Modern Times at the National Museum of Natural History



Since then, two of our exhibit specimens have been removed for conservation. After nearly a century of exhibition, many of the dinosaur bones had begun to crack due to the vibrations from millions of visitors and the great changes in ambient humidity. Without replacement, the specimens may have undergone a “second extinction.” In 2000, the Triceratops mount was the first to be conserved, and the original bones were repaired and placed in the collections. The mounted skeleton was replaced by plaster casts, now in a more scientifically accurate pose. In 2003 our Stegosaurus was also conserved and replaced with a mount that was designed to be responsive to the Allosaurus directly behind it. In 2004 we begin the same process on our Camptosaurus, which will return to display in 2005.



In addition to exhibit additions and changes, dinosaur research in dinosaur paleontology has undergone a revitalization in the last thirty years. In 1979 the Smithsonian Institution hired Michael K. Brett-Surman as a Collections Specialist, and in 1988 he became the first Smithsonian employee to obtain a Ph.D. in dinosaur paleontology. In 1992 the first of a series of new dinosaur expeditions was begun, to the Big Horn Basin in Wyoming. These new collections include dinosaur footprints (Jurassic), bones (Jurassic and Cretaceous), and eggshells (Jurassic).



In 2003 the Smithsonian Institution hired Dr. Matthew T. Carrano as its first dinosaur specialist since Gilmore’s time, and its first official Curator of Dinosaurs. He recently led expeditions to the Big Horn Basin of Wyoming to collect Late Jurassic and Early Cretaceous dinosaurs, as well as to the Cretaceous deposits of Madagascar.

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Re: History In Brief > ( MysteRy CollectioN )
« Reply #10 on: December 31, 2013, 04:06:53 PM »
Qutub Minar History




Qutub Minar: The Tallest Monument in India
The tall and ever attractive monument of Delhi which can be seen from most parts of the city is called the Qutab Minar. Every body has the same question when one sees the structure for the first time. The question that is often being put up is "Why the monument is that big?" or "Was there any specific reason to build such a tall building or it was just a wish of the person who built it?" Well, the exact reason is assumed to have something related to commemorating the victory. Mughals used to build victory towers to proclaim and celebrate victories. Some say the minaret was used to offer prayer but it is so tall that you can hear the person standing on the top. Also, the minaret is not joined on to Qutuddin's mosque and the Iltutmish's mosque.
Qutab Minar is among the tallest and famous towers in the world. The minaret is 234 feet high and the highest individual tower in the world. Other towers in the world are the Great Pagoda in Pekin, China and the Leaning Tower of Pisa in Italy but these towers are not as high as the Qutab Minar in Delhi.......



According to history books, the minar was started by Prithviraj or his uncle Vigraharaja who won Delhi from the Tomar Rajputs. However, it is assumed and historians believe that Qutubuddib and Iltutmish finished it though the minar may have been commenced by Prithviraj or Vigraharaja. The minar was completed in 1200 A.D and since then the tall structure has been there upright and ever beautiful keeping an eye to Delhi just like a sentry. When Alauddin returned from the wars in the Deccan, he had this thought in mind that he would build a victory tower somewhat similar to the Qutab Minar. The ruins of this very initiative can be seen adjacent to the Qutbuddin's mosque because Alauddin died at the very start of the construction work and no one carried on to finish the initiative taken by Alauddin.

Qutab Minar is another great masterpiece of Mughal architecture. It has a number of floors or storeys which has beautiful carvings like the one on the tomb of Iltutmish. There are inscriptions all round the tower and these inscriptions reveal that Iltutmish finised the tower. The structure of the wall is made as such that it widens from top to bottom, just to make the minar stronger.



Moving upstairs inside the minar will give you a wonderful experience and counting the stairs is always a fun for visitors. It has 378 steps which takes good amount of energy to reach at the top. The top of the tower gives an insight to Delhi because you get to see the bird's eye view of the city. To point a few sight seeing from the top, you will find views of the Hauz Khaz on the left and the walls of the Jahanpanah and Siri on the right. It was this very top of Qutab Minar that was used by Khilji and Tughlaq kings to watch the wild Mongol hordes when they threatened Delhi. The top also served as the watch top for Tughlaq who watched Timur's army camp on the Wellingdon Airport. Other important monuments that is visible from the top are the walls of Tughlaqabad, Humayun's Tomb, Purana Qila, Firoz Shah Kotla and Jama Masjid.

The minar did receive some damage because of earthquakes on more than a couple of occasions but was reinstated and renovated by the respective rulers. During the rule of Firoz Shah, the minar's two top floors got damaged due to earthquake but were repaired by Firoz Shah. In the year 1505, earthquake again struck and it was repaired by Sikandar Lodi. Later on in the year 1794, the minar faced another earthquake and it was Major Smith, an engineer who repaired the affected parts of the minar. He replaced Firoz Shah's pavilion with his own pavilion at the top. The pavilion was removed in the year 1848 by Lord Hardinge and now it can be seen between the Dak Bungalow and the Minar in the garden. The floors built by Firaz Shah can be distinguished easily as the pavilions was built of white marbles and are quite smooth as compared to other ones.

The minar is not that erect as it used to be because of wears and tears over the past several years. Closely looking at the mina rives you an idea that it is somewhat tilled towards one side. The minar is very sincerely looked after by the authorities much like the same as other historic monuments in the country........

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Re: History In Brief > ( MysteRy CollectioN )
« Reply #11 on: January 01, 2014, 01:51:29 PM »
Heer Ranjha History


Some themes are culturally bound, others transcend boundaries and remain timeless. The story of tragic love is one such theme. Just as in the west Shakespeare’s Romeo and Juliet epitomises young-love-thwarted, in the Indian Subcontinent it is symbolised by the story of Heer and Ranjha.



Heer Ranjha by the famous Pakistani artist Chugtai
Heer Ranjha is a traditional folk story of the Punjab that has become part of the Indian Subcontinent’s cultural heritage. Beloved by Indians and Pakistanis alike, the story has many narrative versions, but the one that has remained most popular is Waris Shah’s poetic epic Heer, which was written in 1766. A tale of two young lovers Heer and Ranjha, it recounts how Ranjha, forced to flee his ancestral home and village because of cruel treatment by his jealous sisters-in-law, falls in love with Heer at first sight.



Mesmerized by his flute playing, she hires him as a cow herder on her father’s rich estate. They begin meeting secretly, but Heer’s uncle Qaido discovers them and in an effort to avoid any shame, the family hastily arranges Heer’s marriage to a wealthier, older man. With great difficulty and after much suffering, Heer eventually obtains her parent’s consent to marry Ranjha. Her uncle, however, cannot accept her disobeying the strictures of a patriarchal society that emphasised parental choice in marriage. Believing that by falling in love she has destroyed the family honour, he poisons her on what would have been the lover’s wedding day. Ranjha arrives too late to save her and commits suicide.

Clear parallels exist between the tragedy of Romeo and Juliet and that of Heer Ranjha. Shakespeare and Waris Shah both explore the issue of whether marriage should be based on love or parental choice. Both narratives are stories of a young love so all consuming that the lovers would rather die than live without each other. In both instances it is the young girls, Juliet and Heer, who display greater strength and maturity in love. The tragedies of these young lovers are so powerful that, although not allowed to be couples in real life, their names have been forever linked together.


Bollywood film poster (2009).
The story of Heer Ranjha has been the subject of several films in India and Pakistan. The earliest film version was made in pre-Partition India in 1928 and the latest is the 2009 Bollywood production Heer Ranjha. With the continuing popularity of the tragedy, there have also been some recent theatrical productions that have modernised the traditional folk story to make it relevant to today’s world. In 2008, a British Asian production Heer Ranjha set the tragedy in Glasgow, Scotland. Ranjha is portrayed in this version as a muslim restaurant worker who is disaffected and disowned by his faith. Attempting to commit suicide by jumping off a bridge, he falls instead into the boat where Heer, the daughter of a curry-magnate, is holding a party. The play discussed the issues of forced marriages and the sectarian divide in South Asian communities. In Karachi, Pakistan, a 2009 production Ranjha and Juliet innovatively fused both Shakespeare’s and Waris Shah’s tragedies to come up instead with a comedy. The play cleverly explores the question of whether these two couples, immortalized as tragic lovers, would still fall in love in today’s world – if their love is really eternal. As a commentary on our multi-cultural world, and with some mischievous meddling by the devil and cupid, the couplings, however, get mixed up.

The story of Heer Ranjha is believed to be based on the real life story of a remarkable young woman named Heer who took a stand not only for love, but also against the cruelty of the feudal system. Although Juliet and Heer both loved and lost, they have become a symbol of true love. Heer’s grave in Jhang, Punjab, has become a site for young girls in love to visit, where praying for the successful outcome of their love they leave their bangles as an offering. Juliet’s balcony in Verona, Italy, although doubted as actually hers, has become a traditional tourist spot on a tour of Italy and Verona itself has become a romantic wedding destination for many couples.

Heer Ranjha (Punjabi: ਹੀਰ ਰਾਂਝਾ, ہیر رانجھا, hīr rāñjhā) is one of the four popular tragic romances of the Punjab. The other three are Mirza Sahiba, Sassi Punnun and Sohni Mahiwal. There are several poetic narrations of the story, the most famous being 'Heer' by Waris Shah written in 1766. It tells the story of the love of Heer and her lover Ranjha. The other poetic narrations were written by Damodar Daas, Mukbaz and Ahmed Gujjar among others.
Guru Gobind Singh Ji also reffered to heer ranjha in his composition called charitropakhyan.


Heer ranjha Painting
Heer Saleti was an extremely beautiful woman, born into a wealthy Jatt family of the Sayyal clan. Ranjha (his surname), his first name was Dheedo, also was a Jatt. He was the youngest of four brothers and lived in the village 'Takht Hazara' by the river Chenab. Unlike his older brothers who had to toil in the fields, young Ranjha had been doled over by his, becoming his father's favorite son. With the work being handled his father allowed him to lead a life of ease playing the flute ('Wanjhli'/'Bansuri'). After a quarrel with his brothers over land, Ranjha left home.
In Waris Shah's beloved version of the epic, Ranjha left his home because his brothers' wives refused to give him food. Eventually he arrives in Heer's village and falls in deeply in love with her at first sight. Heer offers Ranjha a job as caretaker of her father's cattle. Soon, mesmerised by the way Ranjha plays his flute, she eventually falls in love with him. They met each other secretly for many years until they were caught by Heer's jealous uncle, Kaido, and her parents Chuchak and Malki. So Heer, to save the 'honor' of her family, is forced by her family and the local priest or 'mullah' to marry another (rich, respected, older local man) named Saida Khera who lived in a distant village.
Ranjha is heartbroken. He is left to walk the quiet villages on his own until eventually he meets a 'Jogi' (an ascetic) named Baba Gorakhnath, who happens to be the founder of the "Kanphata" (pierced ear) sect of Yogis. Their meeting was at 'Tilla Jogian' (the 'Hill of Ascetics'), located 50 miles north of the historic town of Bhera, Sargodha District, Punjab, India; which since the farengis (the British) partitioned India (dividing the former kingdom of Maharaja Ranjit Singh) has been part of (Pakistan)). The heart-broken Ranjha decided to become a Jogi, piercing his ears and renouncing the material world. Reciting the name of the Lord, "Alakh Niranjan", as he traveled around the Punjab, he eventually finds the village where he is reunited with Heer.
The two returned to Heer's village, where Heer's parents agreed to their marriage. However, on the wedding day, Heer's jealous uncle Kaido had arranged for one of his servants to lace some sweets, that Ranja had sent to Heer, with a deadly poison, such was his jealousy that he would rather have her die than she her happily married to Ranja. Being told what Heer's uncle had done, Ranjha rushed to save Heer, but he was too late, as several pieces of the Laddu were missing and Heer breath her last just as he arrived. Brokenhearted once again, Ranjha finished the poisoned Laddu (a sweet) laying down to die by her side.
Heer and Ranjha are buried in a Punjabi town called Jhang, Punjab. Lovers and others often pay visits to their mausoleum.
Waris Shah's version



Waris Shah
It is believed that the story of Heer and Ranjha had a happy ending but Waris Shah gave it the sad ending described above, thereby giving it the legendary status it now enjoys. It is argued by Waris Shah in the beginning of his version that the story of Heer and Ranjha has a deeper connotation - the relentless quest of man (humans) for God.

Full Story

Waris Shah’s composition, the love story of Heer Ranjha takes a pre-eminent place, in what may be called the ‘qissa’ literature of Punjab. It is the story of the youngman and a youngwomen, which did not receive the sanction of society in the shape of marriage, a major theme of literature, music, dance and drama not only in Punjab, but everywhere in the world. Witness Shakespear's Romeo and Juliet.


Sclupture Mirza Shahiban and Heer Ranjha
The story performed in the form of an opera as well as a ballet is very typical. Heer was the daughter of a feudal landlord Chuchak Sial from Jhang. Before her sacrifice for Ranjha, she proved herself to be a very courageous and daring young girl. It is said that Sardar (Chief) Noora from the Sambal community, had a really beautiful boat made and appointed a boatman called Luddan. Noora was very ruthless with his employees. Due to the ill treatment one day Luddan ran away with the boat and begged Heer for refuge. Heer gave him moral support as well as shelter.
Sardar Noora was enraged at this incident. He summoned his friends and set off to catch Luddan. Heer collected an army of her friends and confronted Sardar Noora and defeated him. When Heer’s brothers learnt of this incident they told her,"If a mishap had befallen you why didn’t you send for us?" To which Heer replied, "What was the need to send for all of you? Emperor Akbar had not attacked us."
It is the same Heer who, when she is in love with Ranjha, sacrifices her life for him and says, "Saying Ranjha, Ranjha all time I myself have become Ranjha.
No one should call me Heer, call me Dheedho Ranjha."
When Heer’s parents arranged her marriage much against her wishes, with a member of the house of Khaidon, it is Heer who plucks up courage during the wedding ceremony and reprimands the Qazi (priest)."Qazi, I was married in the presence of Nabi (Prophet). When did God give you the authority to perform my marriage ceremony again and annul my first marriage? The tragedy is that people like you are easily bribed to sell their faith and religion. But I will keep my promise till I go to the grave."


Heer Ranjha Poster
Heer is forcibly married to Khaidon but she cannot forget Ranjha. She sends a message to him. He comes in the garb of a jogi (ascetic) and takes her away. When Heer’s parents hear about the elopement they repent and send for both of them promising to get Heer married to Ranjha. But Heer’s uncle Khaidon betrays them and poisons Heer.
In this love tale Heer and Ranjha do not have the good fortune of making a home. But in the folklore sung by the ladies, Heer and Ranjha always enjoyed a happy married life.
It was Heer’s strong conviction, which has placed this tragic romantic tale on the prestigious pedestal along with Punjab’s religious poetry.
« Last Edit: January 05, 2014, 08:36:24 PM by MysteRy »

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Re: History In Brief > ( MysteRy CollectioN )
« Reply #12 on: January 05, 2014, 08:34:59 PM »
Statue Of Liberty History


America probably could not have won its freedom from the British during the American Revolution without the help of the French. France provided arms, ships, money and men to the American colonies. Some Frenchmen - most notably the Marquis de Lafayette, a close friend of George Washington - even became high-ranking officers in the American army. It was an alliance of respect and friendship that the French would not forget.



Almost 100 years later, in 1865, after the end of the American Civil War, several French intellectuals, who were opposed to the oppressive regime of Napoleon III, were at a small dinner party. They discussed their admiration for America's success in establishing a democratic government and abolishing slavery at the end of the civil war. The dinner was hosted by Edouard Rene Lefebvre de Laboulaye. Laboulaye was a scholar, jurist, abolitionist and a leader of the "liberals," the political group dedicated to establishing a French republican government.



During the evening, talk turned to the close historic ties and love of liberty the two nations shared. Laboulaye noted that there was "a genuine flow of sympathy" between the two nations and he called France and America, "the two sisters."

As he continued speaking, reflecting on the centennial of American independence only 11 years in the future, Laboulaye commented, "Wouldn't it be wonderful if people in France gave the United States a great monument as a lasting memorial to independence and thereby showed that the French government was also dedicated to the idea of human liberty?"

Laboulaye's question struck a responsive chord in one of his guests, Frédéric-Auguste Bartholdi, a successful, 31-year-old sculptor from Colmar, a town in the eastern province of Alsace, France.

Years later, recalling the dinner, Bartholdi wrote that Laboulaye's idea "interested me so deeply that it remained fixed in my memory." So was sown the seed of inspiration that would become the Statue of Liberty.

Frédéric-Auguste Bartholdi



The sculptor who designed the Statue of Liberty, Frédéric-Auguste Bartholdi, was born into a well-to-do family in Colmar, France on August 2, 1834.

Bartholdi's father, a civil servant and prosperous landowner, died when the child was only two years old, so he was raised by his stern, possessive mother, Charlotte.

Bartholdi began his career as a painter, but it was as a sculptor that he was to express his true spirit and gain his greatest fame. His first commission for a public monument came to him at the young age of 18. It was for a statue of one of Colmar's native sons, General Jean Rapp, a leader of Napoléon Bonaparte's army. Even at 18, Bartholdi loved bigness. The statue of the general was 12 feet tall and was created in Bartholdi's studio, where the ceiling was only one inch higher. The statue established his reputation as a sculptor of note and led to many commissions for similar, oversized, patriotic works.



A man of his time, Bartholdi wasn't alone in his passion for art on a grand scale. During the 19th century, large-scale public monuments were an especially popular art form. It was an age of ostentation, largely inspired by classical Greek and Roman civilizations. Most monuments reflected either the dress or architecture of these ancient times, so the artistic style of the 19th century came to be known as "neoclassical." The Statue of Liberty would be patterned after the goddess, Libertas, the Roman personification of freedom.

But it was a trip to Egypt that shifted Bartholdi's artistic perspective from simply grand to colossal. The overwhelming size and mysterious majesty of the Pyramids and the Sphinx were awesome to the enthusiastic young Bartholdi. He wrote, "Their kindly and impassive glance seems to ignore the present and to be fixed upon an unlimited future."

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Re: History In Brief > ( MysteRy CollectioN )
« Reply #13 on: January 08, 2014, 10:27:41 AM »
Chinna Wall History




The history of the Great Wall is said to start from the Spring and Autumn Periods when seven powerful states appeared at the same time. In order to defend themselves, they all built walls and stationed troops on the borders. At that time, the total length of the wall had already reached 3,107 miles, belonging to different states.



In 221 BC, the Emperor Qin absorbed the other six states and set up the first unified kingdom in Chinese history. In order to strengthen his newly born authority and defend the Huns in the north, he ordered connecting the walls once built by the other states as well as adding some sections of his own. Thus was formed the long Qin's Great Wall which started from the east of today's Liaoning Province and ended at Lintao, Gansu Province.



In the Western Han Dynasty, the Huns became more powerful. The Han court started to build more walls on a larger scale in order to consolidate the frontier. In the west, the wall along the Hexi corridor, Yumenguan Pass, and Yangguan Pass was built. In the north, Yanmenguan Pass and Niangziguan Pass in Shanxi were set up. Many more sections of the wall extended to Yinshan Mountain and half of the ancient Silk Road was along the Han's wall.

The Northern Wei, Northern Qi and Northern Zhou Dynasties all built their own sections but on a smaller scale than the walls in the Han Dynasty. The powerful Tang Dynasty saw peace between the northern tribes and central China most of the time, so few Great Wall sections were built in this period.

The Ming Dynasty is the peak of wall building in Chinese history. The Ming suffered a lot by disturbances from minority tribes such as the Dadan, Tufan and Nuzhen. The Ming court from its first emperor to the last ceaselessly built walls in the north. The main line started from Jiuliancheng near the Yalu River in the east to the Jiayuguan Pass in the west and measured over 4,600 miles. Besides adding many more miles of its own, the Ming emperors ordered enlargement of the walls of previous dynasties into double-line or multi-line walls. For example, out of Yanmenguan Pass were added three big stone walls and 23 small stone walls. Eleven Garrisons were distributed along the main line of the wall. The countless walls, fortresses, and watch towers made the country strongly fortified. In the early Qing Dynasty, some sections of the walls were repaired and several sections were extended. This great engineering work stopped in the middle of the Qing Dynasty.

Owing to its long history, natural disasters and human activities, many sections of the Great Wall are severely damaged and disappearing. Being a world-famous engineering project and witness to the rise and fall of Chinese history, the Great Wall, needs us to take immediate action to protect it!

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Re: History In Brief > ( MysteRy CollectioN )
« Reply #14 on: January 09, 2014, 08:28:11 PM »
Eiffel Tower History




The Eiffel Tower was built for the International Exhibition of Paris of 1889 commemorating the centenary of the French Revolution. The Prince of Wales, later King Edward VII of England, opened the tower. Of the 700 proposals submitted in a design competition, Gustave Eiffel's was unanimously chosen. However it was not accepted by all at first, and a petition of 300 names - including those of Maupassant, Emile Zola, Charles Garnier (architect of the Opéra Garnier), and Dumas the Younger - protested its construction.
At 300 meters (320.75 m including antenna), and 7,000 tons, it was the world's tallest building until 1930. Other statistics include:



2.5 million rivets
300 steel workers, and 2 years (1887-1889) to construct it.
Sway of at most 12 cm in high winds.
Height varies up to 15 cm depending on temperature.
15,000 iron pieces (excluding rivets). 40 tons of paint. 1652 steps to the top.
In 1889, Gustave Eiffel began to fit the peak of the tower as an observation station to measure the speed of wind. He also encouraged several scientific experiments including Foucault's giant pendulum, a mercury barometer and the first experiment of radio transmission. In 1898, Eugene Ducretet at the Pantheon, received signals from the tower.
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After Gustave Eiffel experiments in the field of meterology, he begun to look at the effects of wind and air resistance, the science that would later be termed aerodynamics, which has become a large part of both military and commercial aviation as well as rocket technology. Gustave Eiffel imagined an automatic device sliding along a cable that was stretched between the ground and the second floor of the Eiffel Tower. (reference
The tower was almost torn down in 1909, but was saved because of its antenna used both for military and other purposes, and the city let it stand after the permit expired. When the tower played an important role in capturing the infamous spy Mata Hari during World War I, it gained such importance to the French people that there was no more thought of demolishing it.- used for telegraphy at that time.

From 1910 and on the Eiffel Tower became part of the International Time Service. French radio (since 1918), and French television (since 1957) have also made use of its stature.

During its lifetime, the Eiffel Tower has also witnessed a few strange scenes, including being scaled by a mountaineer in 1954, and parachuted off of in 1984 by two Englishmen. In 1923 a journalist rode a bicycle down from the first level. Some accounts say he rode down the stairs, other accounts suggest the exterior of one of the tower's four legs which slope outward.