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Thursday, 21 November 2013

Biography of Dhyan Chand


Dhyan Chand (29 August 1905 – 3 December 1979) was an Indian field hockey player. He is widely considered to be the greatest hockey player of all time. Chand is most remembered for his goal-scoring feats and for his three Olympic gold medals (19281932, and 1936) in field hockey, during an era where India was dominant in the sport.
Known as “The Wizard” for his superb ball control, Chand played his final international match in 1948, having scored more than 400 goals during his international career.

Early life

Dhyan Chand was born in Jabalpur, Madhya Pradesh, family. He was the elder brother of another player Roop Singh. His father Sameshwar Dutt Singh was in the British Indian Army, and he played hockey in the army. Dhyan Chand had two brothers - Mool Singh, and Roop Singh. Because of Sameshwar Dutt's numerous army transfers, the family had to move to different cities and as such Chand had to terminate his education after only six years of schooling. The family finally settled in JhansiUttar Pradesh, India. Being in the military, Dhyan's father got a small piece of land for a house.
Young Chand had no serious inclination towards sports, though he loved wrestling. He stated that he did not remember whether he played any hockey worth mentioning before he joined the Army, though he said that he occasionally indulged in casual games in Jhansi with his friends.
Chand joined the Indian Army at the age of 16, The Hindi word Chand literally means the moon. Since Dhyan Singh used to practice a lot during night after his duty hours, he invariably used to wait for the moon to come out so that the visibility in the field (during his era there were no flood lights) improved. Hence he was called "Chand", by his fellow players, as his practice sessions at night invariably coincided with the coming out from the moon.
Between 1922 and 1926, Chand exclusively played army hockey tournaments and regimental games. Chand was ultimately selected for the Indian Army team which was to tour New Zealand. The team won 18 matches, drew 2 and lost only 1, receiving praise from all spectators. Following this, in the two Test matches against the New Zealand squad, the team won the first and narrowly lost the second. Returning to India, Chand was immediately promoted to Lance Naik.
After successfully lobbying for reintroducing field hockey in the Olympics, the newly formed Indian Hockey Federation (IHF) made preparations to send its best possible team for the 1928 Amsterdam Olympics. In 1925, an Inter-Provincial Tournament was held to select India's national field hockey team. Five teams participated in the inaugural nationals - United Provinces (UP), PunjabBengalRajputana and Central Provinces. Chand got permission from the Army to play for the United Provinces team.Amsterdam was bad match. later he won.
In its first game in the tournament. Dhyan Chand as the centre-forward, and Marthins, their inside-right, were particularly happy in their understanding of each other. Dhyan Chand attracted much attention by his clever stickwork. His penetrating runs and judicious passes seemed to assure for him a position in the team that is to take part in theOlympic Games.
Quite early in the game, it became evident that Dhyan Chand was again at his best. In combination with Marthins he took the ball away to the right and Marthins did well to give him a good pass. Quick as lightning, Dhyan Chand shot a goal. The ball struck one of the defenders' stick and went into the net, giving goalkeeper Collie no chance. A goal within 3 minutes of the start was more than what the most optimistic of the UP supporters could expect. At the interval, UP led by three goals to nil.
On their part, Rajputana put every ounce of their efforts to score. The UP goal had more than one narrow escape, but they were deserving winners of a fine exhibition match. UP 3 - Rajputana 1.
Buoyed by the success of the Tournament, it was decided that it would be held every two years. After two more trial matches between various hopefuls, the Olympic team (including Chands as center-forward) was announced and assembled in Bombay. Center-half Broome Eric Pinniger was selected as the captain. The IHF was initially low on funds since the provinces of Bombay, Madras and Burma had turned a deaf ear to their financial appeal, but they managed to scrape enough money. The Olympic team then played a match against the Bombay XI, and amazingly lost 3-2, even though Singh scored both his team's goals. With a quiet send-off, the team left for England on 10 March, to play 11 matches against local sides as well in the Folkestone Festival, winning all. It was also said that the Great Britain did not send a team in 1928 Amsterdam olympics after their national team was defeated by the Indian team at Folkestone. This is best cited in Kapur's book "Romance of Hockey" where a despatch of H. Sutherland Stark, London representative of "Sports", a magazine of Lahore, tells the story better than any other comment : "For reasons it is difficult to understand the English Hockey Association have taken up a very stiff attitude towards Indian Hockey in recent years and have repeatedly been twitted about it by even their own supporters. The Editor of a leading sports newspaper described them to me as an intensely conservative body, but there seems to be something more than conservative behind their unwillingness apparently ever to meet India ina full international encounter" [5] Finally, on 24 April, the team arrived in Amsterdam to embark on a tour of the Low Countries. In all the pre-Olympic matches against local Dutch, German and Belgian teams, the Indian team won by large margins.
In the 1928 Amsterdam Summer Olympics, the Indian team was put in the division A table, with Austria, Belgium, Denmark and Switzerland . On 17 May the Indian national hockey team made its Olympic debut against Austria, winning 6-0, with Chand scoring 3 goals. The next day India defeated Belgium 9-0; however Chand only scored once. On 20 May, Denmark lost to India 5-0, with Chand netting 3. Two days later, he scored 4 goals when India defeated Switzerland 6-0 in the semi-finals.
The final match took place on 26 May, with India facing the home team of the Netherlands. The Indian team's better players Feroze KhanAli Shaukat and Kher Singh were on the sick list and Chand himself was ill. However, even with a skeletal side, India managed to defeat the hosts 3-0 (with Singh scoring 2), and the Indian team won its country's first Olympic gold medal. KeeperRichard Allen created a unique record of not conceding a single goal. Chand was the top scorer of the tournament by a large margin, scoring 14 goals in 5 matches. A newspaper report about India's triumph said,[citation needed]
This is not a game of hockey, but magic. Dhyan Chand is in fact the magician of hockey.
On returning to India, the team was received by thousands of people at the Bombay harbour, compared to the three people who had seen them off.
Posted in Waziristan in the North-West Frontier Province (now in Pakistan) with his new 2/14 Punjab Regiment, Chand was cut off from the IHF, which was by now controlled by civilians. The Inter-Provincial Tournament was being held to select the new Olympic team; the IHF wrote to the Army Sports Control Board to grant Singh leave to participate in the nationals. His platoon refused. Chand received news that he had been selected by the IHF for the Olympic team without any formalities. The rest of his teammates however, had to prove their skills in the Inter-Provincial Tournament, which was won by Punjab. As such, seven players from Punjab were selected for the Olympic team. Apart from Chand, Broome Eric Pinnigar, Leslie Hammond and Richard Allen were the other 1928 Olympians retained in the team. Chand's brother Roop Singh was also included in the squad as a left-in. Lal Shah Bokhari was selected as captain.
The Olympic team then played practice matches in India before heading for Colombo. In two matches in Ceylon, the Olympic team beat the All Ceylon XI 20-0 and 10-0. Wrote one newspaper on the first match,[citation needed] "Perfection is perilous, for it tempts the gods. For once, this was proved wrong for even the god of weather paid tribute to the genius of the Indian players. Rain clouds, which had threatened to ruin the game, vanished into the blue, and thousands of spectators spent a happy hour marvelling at the incomparable artistry of the Indian team."
The India team set sail for San Francisco on 30 May, and arrived on 6 July. They reached Los Angeles three weeks before the opening ceremony of the Olympics, which took place on 30 July. On 4 August 1932, India played its first match against Japan and won 11-1. Chand, Roop Singh, Gurmit Singh each scored thrice, and Dickie Carr once. In the final on 11 August, India played against hosts USA. India won 24-1, a world record at that time, and once again clinched the gold medal. Chand scored 8 times, Roop Singh 10, Gurmit Singh 5 and Pinniger once. In fact, Chand along with his brother Roop, scored 25 out of the 35 goals scored by India. This led to them being dubbed the 'hockey twins'.
One Los Angeles newspaper wrote,[citation needed] "The All-India field hockey team which G. D. Sondhi brought to Los Angeles to defend their 1928 Olympic title, was like a typhoon out of the east. They trampled under their feet and all but shoved out of the Olympic stadium the eleven players representing the United States."
The team then embarked on a tour of the United States. They played a match on 20 August against a United States XI, almost the same team that they had faced in Los Angeles. Even after loaning its second keeper Arthur Hind, for a half, the team won 24-1.
After setting sail from New York, the team arrived at England.The then embarked on a hectic tour, playing nine matches in various countries in a fortnight, commencing on 2 September. They played four internationals-against Holland, Germany, Czechoslovakia and Hungary. The team then reached Ceylon and India, playing a number of matches to pay for their expenses. At the end of the tour, India had played 37 matches, winning 34, drawing 2, with one abandoned. Chand scored 133 of the 338 Indian goals.In Indian language he is known as Hockey ka jaadugar that means magician of the hockey game. It is said he used to practice on railway track and what he do is he keeps the ball on one of the track and keep playing it up to 1 to 2 km without letting it to be fallen.

Captaincy and 1936 Berlin Summer Olympics

Indian hockey captain Dhyan Chand at 1936 Berlin Olympics
In 1933, Chand's home team, the Jhansi Heroes participated in and won the Beighton Cup, which he considered the most prestigious of Indian hockeytournaments. Later, he would state,
If anybody asked me which was the best match that I played in, I will unhesitatingly say that it was the 1933 Beighton Cup final between Calcutta Customs and Jhansi Heroes. Calcutta Customs was a great side those days; they had Shaukat Ali, Asad Ali, Claude Deefholts, Seaman, Mohsin, and many others who were then in the first flight of Indian hockey.
I had a very young side. Besides my brother Roop Singh, and Ismail, who played for the Great Indian Peninsular Railway in Mumbai, I had no other really great player in the team. But I had a team which was determined to do or die. It was a great match, full of thrills, and it was just opportunism that gave us the victory. Customs were pressing hard and our goal was at their mercy. Suddenly I broke through and from midfield gave a long through pass to Ismail, who ran with Jesse Owens' speed half the length of the ground. A misunderstanding occurred between the Customs left-half and the goalkeeper, and Ismail, taking every advantage of it, cut through and netted the only goal of the match. We felt very proud of our triumph.
In Kolkata, the Heroes also won the Lakshmibilas Cup tournament, which was open only to Indian teams. In 1935, they successfully defended their Beighton Cup title, though lost the subsequent year.
In December 1934, the IHF decided to send a team to New Zealand in the new year. Chand and his brother were immediately selected. When the Nawab of Manavadar declined to play, Chand was appointed captain. In the subsequent tour, the team played a total of 48 matches on this tour, with 28 in New Zealand and the remainder in India, Ceylon and Australia. India won every match, scoring 584 goals and conceding only 40. Of these 48 matches, Chand played 43 and scored a total of 201 goals.
Upon returning to India, Chand resumed his duties in the barracks. In December, 1935 the IHF decided to stage the Inter-Provincial tournament to select the Olympic team. Chand was again denied permission to leave his platoon, though once again he was selected without formalities. The final team assembled in Delhi on 16 June and played against the Delhi Hockey XI. Incredibly, they lost 4-1. After this inauspicious start, the team went on a successful tour of the subcontinent, finally departing for Marseilles on 27 June. They arrived on 10 July, and after an uncomfortable journey in third-class compartments, reached Berlin on 13 July. On 17 July, the Indian team played a practice match against Germany and lost 4-1. As such, manager Pankaj Gupta informed the IHF that Ali Dara had to be sent immediately to replace the out of form Mirza Masood.
On 5 August, India won its first match against Hungary 4-0. India won the rest of the group matches against USA (7-0, with Chand scoring 2 goals) and Japan (9-0, with Chand scoring 4). On 10 August, Ali Dara arrived. Their fourth match was the semi-final against France, whom they defeated 10-0, with Chand scoring 4 goals. Meanwhile, Germany had beaten Denmark 6-0, beaten Afghanistan 4-1 and in the play-offs, had defeated Holland 3-0. Thus, India and Germany were to clash in the 1936 Berlin Olympics field hockey final on 15 August.
Dhyan Chand scoring a goal against Germany in the 1936 Olympics hockey final
On the morning of the final, the entire team was nervous since they had been defeated the last time they had faced Germany. In the locker room, Pankaj Gupta produced a Congress tricolour. Reverently the team saluted it, prayed and marched onto the field. The German team was successful in restricting the India side to a single goal until the first interval. After the interval, the Indian team launched an all-out attack, easily defeating Germany 8-1, incidentally the only goal scored against India in that Olympic tournament. Chand top-scored with 3 goals, Dara scored 2 and Roop Singh, Tapselland Jaffar one each. Describing the game, the Special Correspondent of The Hindu wrote,
Every member of the team was feeling the strain of the defeat to the Germans in the practice match, and no one was in his usual self. I never saw a hockey team from India, where the game is definitely of a superior standard compared to the rest of the world, being so obsessed on the eve of the match. The players were nervous as to what the result of the match would be, which was heightened by the feeling that the burden of the country's honour was on their shoulders.
The game was played at a fast pace and was packed with thrilling incidents. The Germans undercut and lifted the ball, but the Indian team countered with brilliant half-volleying and amazing long shots. Twice Dara attempted to score but was declared offside. Dhyan Chand discarded his spiked shoes and stockings and played with bare legs and rubber soles and became speedier in the second half.
The vigorous German attacks were brilliantly saved by Allen and Tapsell. The goal scored by Weiss of Germany was the only goal scored against the Indians throughout the tournament. The whole Indian team put up a splendid display. Dhyan Chand and Dara impressed by their combination, Tapsell by his reliability and Jaffar by his tremendous bursts of speed.
There have been many erroneous media reports over the years claiming that Dhyan Chand scored 6 goals in India's 8-1 victory over Germany in the 1936 Olympic final. However, Major Dhyan Chand in his autobiography titled “Goal!” published in 1952 by Sport & Pastime, Chennai, writes as follows:
“When Germany was four goals down, a ball hit Allen's pad and rebounded. The Germans took full advantage of this and made a rush, netting the ball before we could stop it. That was the only goal Germany would score in the match against our eight, and incidentally the only goal scored against India in the entire Olympic tournament. India's goal-getters were Roop Singh, Tapsell and Jaffar with one each, Dara two and myself three.”
The record for most goals by an individual in an Olympic final has belonged to Balbir Singh, Sr. another famous Indian hockey hero since the 1952 Helsinki Olympic games. He set this record by scoring 5 goals in India's 6-1 victory over Holland for the gold medal win. The previous holder of this record was England's Reggie Pridmore with his 4 goals in England's 8-1 victory over Ireland in the 1908 Olympic final.
International Hockey Federation records also attribute only 3 of the 8 goals to Dhyan Chand in the Berlin Olympic final.
The final was included in the Leni Riefenstahl film on the 1936 Olympics, Olympia. Overall, in 3 Olympic tournaments, Chand had scored 33 goals in 12 matches.

East African tour and final tournaments

After returning from Berlin, Chand joined his regiment. Between 1936 and the commencement of the War in 1939, he largely confined himself to army hockey, with one visit to Kolkata to take part in the Beighton Cup tournament in 1937. After the Beighton Cup, Chand spent four months in a military camp in Pachmarhi to attend military classes. Later, he was promoted to Lieutenant.
Towards the closing phases of the war, Chand led an army hockey team which toured around the battlefields in Manipur, Burma, the Far East and Ceylon. When the war ended in 1945, Chand decided that the Indian hockey team needed new young players. In 1947, the IHF was requested by the Asian Sports Association (ASA) of East Africa to send a team to play a series of matches. The ASA made a condition that Chand should be included in the team. Once again, Chand was chosen as captain.
The team assembled in Bombay on 23 November 1947, and reached Mombasa on 15 December and played 9 matches in British East Africa winning all. Chand, though now in his forties, still managed to score 61 goals in 22 matches.
After returning from the East African tour in early 1948, Chand decided to gradually phase out his involvement in 'serious hockey'. He played exhibition matches, leading a Rest of India side against state teams and the 1948 Olympic team which defeated Chand's side 2-1, even though an aging Chand scored his side's lone goal. Chand's last match was leading the Rest of India team against the Bengal side. The match ended in a draw after which the Bengal Hockey Association organized a public function to honor Chand's services to Indian hockey.

Last days

Dhyan Chand's Monumental statue at Jhansi
In 1951, Captain Dhyan Chand was honored at the National Stadium—with Dhyan Chand tournament. Satinder Mullick remembers that Dhyan Chand took him and children of Capt. Kashmira Lal, Sports secretary of Army Hockey Federation. Dhyan Chand was staying in Jodhpur Mess. He was admired by all at the National Stadium.
In 1956, at the age of 51, he retired from the army with the rank of Major. The Government of India honored him the same year by conferring him thePadma Bhushan (India's third highest civilian honour).
After retirement, he taught at coaching camps at Mount AbuRajasthan. Later, he accepted the position of Chief Hockey Coach at the National Institute of SportsPatiala, a post he held for several years. Chand spent his last days in his hometown of JhansiUttar Pradesh, India.
Dhyan Chand died on 3 December 1979 at the All India Institute of Medical SciencesDelhi.[7] He was cremated at the Jhansi Heroes ground in his hometown, after some initial problems in getting clearance. His regiment, the Punjab Regiment, accorded him full military honours.

Legacy


Even today, Dhyan Chand remains a legendary figure in Indian and world hockey. His astounding skills have been glorified in various apocryphal stories and anecdotes. A number of such these revolve around the fact that Singh had a magical control over dribbling the ball. 29 August, Chand's birthday, is celebrated as
 National Sports Day in India. The President gives away sport-related awards such as the Rajiv Gandhi Khel Ratna, Arjuna Award andDronacharya Award on this day at the Rashtrapati Bhavan, India.
Dhyan Chand's Monumental statue at Jhansi - distant view
The Union Minister of India gives away 20th National Award 2012, namely Gem of India, to the magician of hockey i.e. Major Dhyan Chand. The award was received by his son Ashok Dhyan Chand (hockey Olympian himself) on behalf of his late Hon'ble father; award was given by Journalist Association of India under the flagship of Journalists Federation of IndiaSirifort AuditoriumNew Delhi, India, on 22 September 2012.
India's highest award for lifetime achievement in sports is the Dhyan Chand Award which has been awarded annually from 2002 to sporting figures who not only contribute through their performance but also contribute to the sport after their retirement. The National Stadium, Delhi was renamed Dhyan Chand National Stadium in 2002 in his honour.
He scored over 1000 goals in his career, from 1926 to 1948.
Astro-turf hockey pitch, at the Indian Gymkhana Club in London has been named after Indian hockey legend Dhyan Chand.
In 1956, at the age of 51, he retired from the army with the rank of Major. After he retired he coached for a while, then settled in his beloved Jhansi.However,The last days of Dhyan Chand were not very happy, as he was short of money and was badly ignored by the nation. Once he went to a tournament in Ahmedabad and they turned him away not knowing who he was. He developed liver cancer, and was sent to a general ward at the AIIMS, New Delhi.

Anecdotes

  • Once, while playing a hockey game, Major Dhyan Chand was not able to score a goal against the opposition team. After several misses, he argued with the match referee regarding the measurement of the goal post, and amazingly, it was found to not be in conformation with the official width of a goal post under international rules).
  • After India played its first match in the 1936 Olympics, Dhyan Chand's magical stickwork drew crowds from other venues to the hockey field. A German newspaper carried a banner headline: 'The Olympic complex now has a magic show too.' The next day, there were posters all over Berlin: Visit the hockey stadium to watch the Indian magician Dhyan Chand in action.
  • Legend has it that the Fuhrer was so impressed by Dhyan Chand's wizardry with the stick that he offered the Indian a chance to move to Germany and the post of Colonel in his army, which the Indian is said to have declined with a smile.
  • During a match with Germany in the 1936 Olympics, Dhyan Chand lost a tooth in a collision with the particularly aggressive Germany goalkeeper Tito Warnholtz. Returning to the field after medical attention, Dhyan Chand reportedly told the players to "teach a lesson" to the Germans by not scoring. The Indians repeatedly took the ball to the German circle only to backpedal.
  • Cricket world's legend Don Bradman and Hockey's greatest player Dhyan Chand once came face to face at Adelaide in 1935, when the Indian hockey team was in Australia. After watching Dhyan Chand in action, Don Bradman remarked "He scores goals like runs in cricket"
  • Residents of ViennaAustria, honoured him by setting up a statue of him with four hands and four sticks, depicting his control and mastery over the ball.
  • A tube station has been named after him in London, along with 358 other past and present Olympic heroes, in the run-up to the Games, starting on 27 July 2012. The Transport for London has brought out a special 'Olympic Legends Map', detailing all 361 tube stations. Only six stops have been named after hockey players, with the three Indians - Dhyan Chand, Roop Singh and Leslie Claudius - cornering the majority.
  • In Holland, the authorities broke his hockey stick to check if there was a magnet inside.

Biography of Professor C.N.R. RAO



National Research Professor
Linus Pauling Research Professor & 
Honorary President
Jawaharlal Nehru Centre for Advanced Scientific Research, Bangalore, India
Born: June 30, 1934, Bangalore, India

Chintamani Nagesa Ramachandra Rao FRS, also known as C.N.R. Rao (born 30 June 1934), is an Indian chemist who has worked mainly insolid-state and structural chemistry. He currently serves as the Head of the Scientific Advisory Council to the Prime Minister of India. Dr. Rao has Honorary Doctorates from 60 Universities worldwide. He has authored around 1,500 research papers and 45 scientific books. On 16 November 2013, The Government of India decided to confer upon him Bharat Ratna, the highest civilian award in India making him the third Scientist after C.V.Ramanand A P J Abdul Kalam to get the award

Early life and education

C.N.R. Rao was born in Bangalore in a Kannada family to father Hanumantha Nagesa Rao, and mother Nagamma Nagesa Rao.[5][6] He obtained his bachelors degree from Mysore University in 1951, obtaining a masters from BHU two years later, and obtained his Ph.D. in 1958 from Purdue University. In 1961 he received DSc from Mysore University. He joined the faculty of Indian Institute of Technology Kanpur in 1963.

He has received Honorary Doctorates from many Universities such as Bordeaux, Caen, Colorado, Khartoum, Liverpool, Northwestern, Novosibirsk, Oxford, Purdue, Stellenbosch, Universite Joseph Fourier, Wales, Wroclaw, Notre Dame, Uppsala, Aligarh Muslim, Anna, AP, Banaras, Bengal Engineering, Bangalore, Burdwan, Bundelkhand, Delhi, Hyderabad, IGNOU, IIT Bombay,Kharagpur,Delhi and Patna, JNTU, Kalyani, Karnataka, Kolkata, Kuvempu, Lucknow, Mangalore, Manipur, Mysore, Osmania, Punjab, Roorkee, Sikkim Manipal, SRM, Tumkur, Sri Venkateswara, Vidyasagar, and Visveswaraya Technological University.

Profession

Rao is currently the National Research ProfessorLinus Pauling Research Professor and Honorary President of Jawaharlal Nehru Centre for Advanced Scientific Research,Bangalore which he founded in 1989.[10] He was appointed Chair of the Scientific Advisory Council to the Indian Prime Minister in January 2005, a position which he had occupied earlier during 1985–89. He is also the director of the International Centre for Materials Science (ICMS).
Earlier, he served as a faculty member in the Department of Chemistry at the Indian Institute of Technology Kanpur from 1963 to 1976 and as the Director of the Indian Institute of Science from 1984 to 1994. He has also been a visiting professor at Purdue University, the University of Oxford, theUniversity of Cambridge and University of California, Santa Barbara. He was the Jawaharlal Nehru Professor at the University of Cambridge and Professorial Fellow at the King's College, Cambridge during 1983-1984.
Rao is one of the world's foremost solid state and materials chemists. He has contributed to the development of the field over five decades. His work on transition metal oxides has led to basic understanding of novel phenomena and the relationship between materials properties and the structural chemistry of these materials.
Rao was one of the earliest to synthesize two-dimensional oxide materials such as La2CuO4. His work has led to a systematic study of compositionally controlled metal-insulator transitions. Such studies have had a profound impact in application fields such as colossal magneto resistance and high temperature superconductivity. Oxide semiconductors have unusual promise. He has made immense contributions to nanomaterials over the last two decades, besides his work on hybrid materials.
He is the author of around 1500 research papers. He has authored and edited 45 books. Rao serves on the board of the Science Initiative Group.

Awards

Professor Rao has been awarded the Padma Shri (1974) and Padma Vibhushan (1985) by the Government of India, as well as the Karnataka Ratna by the Karnataka State Government. On November 16, 2013 Government of India declared that it would confer the Bharat Ratna on Prof. Rao.
He was awarded the Hughes Medal by the Royal Society in 2000, and he became the first recipient of the India Science Award, instituted by the Government of India, for his contributions to solid state chemistry and materials science, awarded in 2004.
He has won several other international prizes and awards. He was awarded Dan David Prize in 2005, by the Dan David FoundationTel Aviv University, which he shared with George Whitesidesand Robert Langer. In 2005, he was conferred the title Chevalier de la Légion d'honneur (Knight of the Legion of Honour) by France, awarded by the French Government. He is a foreign fellow ofBangladesh Academy of Sciences. He was also awarded an honorary Doctor of Science by the University of Calcutta in 2004.
Dr. Rao has also been conferred with China's top science award for his important contributions in boosting Sino-India scientific cooperation.[18] The award was given by Chinese Academy of Sciences (CAS) in January 2013, which is China's top academic and research institution for natural sciences. He received 'Distinguished academician award' from IIT Patna in 2013.
He is a member of many of the world's scientific associations, including the U.S. National Academy of SciencesAmerican Academy of Arts and Sciences, the Royal Society (London; FRS, 1982), French AcademyJapanese AcademySerbian Academy of Sciences and Arts and the Pontifical Academy.

Personal Life

Dr.Rao is married to Indumati Rao in 1960. They have two Childerns Sanjay & Suchitra. His son Sanjay Rao is engaged in popularising science in Bangalore's schools. His daughter Suchitra is married to K.M. Ganesh, the director of the Indian Institute of Science Education and Research (IISER) at Pune, Maharashtra.

Controversies

He has been accused of indulging and allowing plagiarism. In December 2011, C. N. R. Rao apologized to 'Advanced Materials' – a peer-reviewed journal, for reproducing text of other scientists in his research paper. His collaborator and the other senior author of the paper Prof. S. B. Krupanidhi accused a co-author PhD student at IISc for the mistake, “These sentences were part of the introduction of the paper, which was written by our student, that neither of us (namely, the senior authors, Rao and Krupanidhi) paid attention to”.
The PhD student took the responsibility for the incident and issued an apology. Later C.N.R. Rao offered to withdraw the article from the journal, but the editor let the publication stay as it is. C.N.R. Rao claimed to have never indulged in plagiarism. Later few more instances of plagiarism by Prof. Rao and his collaborators were reported. Prof Rao was criticised by an Indian scientist for these incidents and passing the responsibility to the junior scientists.

Saturday, 16 November 2013

Biography of Sachin Tendulkar



Life History of Sachin Tendulkar

Sachin Ramesh Tendulkar, the great Indian cricket player needs no introduction to the fans of cricket. He has a god like image in India and treated as a super hero. Even the neighboring Pakistan, Srilanka and Bangladesh are full with thousands of fanatic followers of Sachin Tendulkar.
Sachin Tendulkar, history of his life, his achievements and also he as a man are the subjects of discussion to millions of Indians. His life and records is a actually a very long saga for which a book of biography will be appropriate. But here we are going to make a short life history and biography of Sachin Tendulkar.

Sachin was born in 1973

Sachin Ramesh Tendulkar was born on 24th April, 1973 in the city of Mumbai. His father, Sri Ramesh Tendulkar was a Marathi writer. His name was given in honor to the great Bengali musician Sachin Deb Burman.
Sachin has an elder brother, Ajit and another two siblings, brother Nitin and sister Savitai. Ajit Tendulkar has a great roll in Sachin's being a great cricketer. He supported and guided his young brother to his mission.
The family culture of the Tendulkar's has a deep impression on Sachin. That is why he has some moral values and control in public behavior unlike most of the modern cricketers.

Sachin Tendulkar : Early Life

Sachin’s school Sharadashram Vidyamandir played an important role for his life as a cricketer. This school had a great games teacher Sri Ramakanta Achrekar, the coach and mentor of Sachin. He was trained vigorously by Achrekar who did not falter to recognize the talent of the boy.
While playing for his school team Tendulkar got the attention of the Mumbai cricket world as a future possible star. In 1988, at the age of 15 he got the attention of all India sports media by making an unbeaten partnership of 644 runs with his friend Vinod Kambli which was a world record.
In 1988 at the age of 15 he played for the Mumbai Ronji Trophy Team. In his debut match against Gujrat he scored a century and thus made a record of scoring the first class debut century at the youngest age.

International Career

Sachin played his first test match against Pakistan in Karchi in 1989 at the age of 16. He faced one of the deadliest Pakistani bowling attack ever. He only scored 15 and was bowled out by Waqar Younis. In the second test he scored a fifty.
In his first ODI he scored a zero bowled by , well, Waqar Younis.
Tendulkar scored his first test century against England in 1990 at Old Trafford. The innings was highly praised because it was played in a very tough condition.

The Rise of the King

Tendulkar was getting success in subsequent matches. But he became famous as a hard hitter batsmen who was good for a quick 40-50 runs. It was rare to get a longer innings from him at the earlier stage.
After playing 79 matches he scored his first ODI century against New Zealand !
In the 1996 world cup he was the top run scorer. It was his time to rise. In the next series with Australia he single handedly beaten the world’s best cricket team.

In 1997 he was elected captain but was not successful.
During the 1999 world cup Tendulkar lost his father. In 2003 world cup he scored 673 runs and played a pivotal role in India’s going to final.
In 10th December 2005 he scored his record breaking 35th test century against Sri Lanka.

100th Century:

Tendulkar is the first batsmen in the game of cricket to score 100 international centuries. On 16th March,2012 at Mirpur, against Bangladesh he achieved this milestone.
51 of these centuries are scored in Test matches and 49 in ODI.

What is great about him?

Sachin is considered as one of the all-time greats in the history of cricket. He is a class player and is in the same ranks with Sir Don Bradman and Viv Richards.
Tendulkar is great because years after years he is taking the pressure of being the best batsmen of the team and performing accordingly. He have been performing in all versions of the game : Test, One Day and T20.
He can play every kind of shots effortlessly. He can play fast bowling and spin bowling equally well. He has been tried to improve his batting skills with time.

Family of Sachin Tendulkar

The Name of Sachin’s wife is Anjali. She is six years older than Sachin and she is a doctor. They have a son, Arjun and a daughter, Sara. Sara is elder. She was born in 1997 and Arjun was in 1999.

The Honors and Titles:

He got numerous awards in his career. Some of the important are listed below:
1) Padma Vibhusan, 2nd highest civilian award of India,2008
2) Padma Shri
3) Maharashtra Bhushan, the highest civilian award by the govt. of Maharashtra
4) Wisden Cricketer of the Year
5) Arjuna Award by Govt. of India
6) ICC Sir Garfield Sobers trophy for cricketer of the year.
7) Honorary Group Captain by the Indian Air Force.
8) Membership of Rajya sabha

Career Records

Sachin Tendulkar has as outstanding career record as a batsmen. He has done what no one could not.
Till date he has played 188 tests in which he has scored a whooping 15,470 runs! No one is not close enough. He has 51 test hundreds, the highest number of centuries ever made by any cricketer in international cricket.
He played 462 ODI matches in which he has scored 18,374 runs. He has 49 ODI centuries.

Career Stats of Sachin Tendulkar as a Batsman

 
Test
ODI
Match
200
463
Runs
15,921
18,426
Centuries
51
49
50s
68
96
Highest
248
200*
Average
54.32
44.83

Double Centuries of Tendulkar

Sachin Tendulkar has 6 test doubles and 1 one day international double century under his belt.
His double centuries in Test cricket is listed below
1) 217 vs N Z 1999
2) 201 vs ZIM 2000
3) 241* vs AUS 2004
4) 248* vs BD 2004
5) 203 vs SL 2010
6) 214 vs AUS 2010
ODI
1) 200* vs SA 2010

Monday, 4 November 2013

How the Google Phone Works


In 2007, people began to circulate rumors that the Google corporation would introduce a smartphone to compete with Apple's iPhone. Speculation ran rampant -- would Google get into the hardware business? Would the company rely on established cell phone manufacturers for hardware? Would Google simply concentrate on building smartphone applications for other devices like the iPhone?
Google executives claimed that the company wasn't interested in building hardware. But some Web journalists and bloggers remained unconvinced. By early 2008, it became clear that the Google executives had been straightforward all along -- Google wasn't getting into the handset hardware game. But they were getting into the handset software business with a mobile operating system (OS) called Android.
Unlike the Apple iPhone, which has its own OS exclusive to the iPhone's hardware, Google's approach was to create an OS that could work on phones built by different manufacturers. Additionally, no single service provider would have exclusive rights to use the Android platform. In that respect, Android joins other mobile device operating systems like Symbian and Windows Mobile.
The first Google phone was the G1, a handset manufactured by a company based in Taiwan called the High Tech Computer Corporation (HTC). The first service provider to support Android in the United States was T-Mobile. As the OS debuted in the United States, other handset manufacturers announced plans to develop their own Android phones.
In January 2010, Google unveiled the Nexus One. This Android phone was the first handset you could purchase directly from Google. Like the G1, HTC provided the hardware for the Nexus One. Customers could choose to buy the phone for $179 if they signed up with T-Mobile for a two-year contract or $529 for an unsubsidized phone without a contract.
An important factor that sets Android apart from most other mobile operating systems is that it's based on an open source platform. That means Google allows anyone to look at and modify most of Android's source code. Ideally, this would mean that if a developer felt Android needed a specific feature or capability, he or she could build it and incorporate it into the OS. The software would constantly evolve.
Initially, the Android platform didn't support many of the features of other smartphone operating systems. For example, Android offered no Microsoft Exchange support upon release. Many companies use Microsoft Exchange as a platform for e-mail and scheduling applications. But because of the open source nature of Android and Google's support for third-party developers, it didn't take long before a company offered an application that would sync Exchange functions with the phone. The Android platform may have to play catch up with the other operating systems on the market, but it may have the ability to go even farther.

Google Phone Features


Several handsets use the Android operating system. There's the HTC G1, the first smartphone to run on Android in the United States. Verizon offers the Droid, an Android phone built by Motorola. Several other phones also rely on Android but the Nexus One is the first true Google phone -- the first phone you can purchase directly from Google.
When Google first issued Nexus One models to its employees, the handsets had no manufacturer markings on the case [source: Abramson]. Once Google offered the phone to the general public, the hardware included an HTC logo.
The Nexus One is 4.7 inches (119 millimeters) tall, 2.4 inches (59.8 millimeters) wide and less than half an inch (11.5 millimeters) thick. It weighs just 4.6 ounces (130 grams) with the battery installed. It has a 3.7-inch (about 9.4-centimeter) active matrix organic light emitting diode (AMOLED) display. The display resolution is 800 by 400 pixels and its contrast ratio is 100,000 to 1.
The phone uses a 1 gigahertz Qualcomm processor and has 512 megabytes of RAM. It also has 512 megabytes of Flash memory and comes with a four-gigabyte micro SD storage card. Nexus One owners who want more storage can upgrade up to a 32-gigabyte SD card.
The phone works on the 850, 900, 1800 and 1900 megahertz frequencies on GSM/EDGE cellular networks. It also has a Wi-Fi receiver that is compatible with 802.11 b and g protocols. The phone supports Bluetooth 2.1 and A2DP stereo Bluetooth. It also has an assisted global positioning system receiver.
The phone's 5-megapixel camera comes with an LED flash. It also has a digital zoom feature that provides a zoom power of 2X. The camera can take video at 20 frames per second with a resolution of 720 by 480 pixels.
The Nexus One launched with the Android operating system version 2.1, codenamed Éclair. This version of the OS supports multiple contacts and synchronization applications, allowing developers to create apps that let users manage several e-mail accounts using one device.
Anyone wanting to buy an Android phone will have to create a Google account first. Google accounts are free and you can sign up at any time whether you own an Android phone or not. If you have a Google account, you can access services like Gmail, Google Calendar and Google Docs. Android's designers built the platform so that it interfaces with these functions smoothly.
As hardware becomes more advanced, Google is likely to tweak the Android OS to support new features and functions. And if Google doesn't do it, someone else will. That's the beauty of an open-source system.

Google Android Architecture

Google usually refers to the Android OS as a software stack. Each layer of the stack groups together several programs that support specific operating system functions.
The base of the stack is the kernel. Google used the Linux version 2.6 OS to build Android's kernel, which includes Android's memory management programs, security settings, power management software and several hardware drivers. Drivers are programs that control hardware devices. For example, the Nexus One has a camera. The Android kernel includes a camera driver, which allows the user to send commands to the camera hardware.
The next level of software includes Android's libraries. You can think of libraries as a set of instructions that tell the device how to handle different kinds of data. For example, the media framework library supports playback and recording of various audio, video and picture formats. Other libraries include a three-dimensional acceleration library (for devices with accelerometers) and a Web browser library.
Located on the same level as the libraries layer, the Android runtime layer includes a set of core Java libraries -- Android application programmers build their apps using the Java programming language. It also includes the Dalvik Virtual Machine.
A virtual machine is a software application that behaves as if it were an independent device with its own operating system. You can run a virtual machine on a computer that operates on a completely different OS than the physical machine's OS. The Android OS uses virtual machines to run each application as its own process. That's important for a few reasons. First, no application is dependent upon another. Second, if an application crashes, it shouldn't affect any other applications running on the device. Third, it simplifies memory management.
The next layer is the application framework. This includes the programs that manage the phone's basic functions like resource allocation, telephone applications, switching between processes or programs and keeping track of the phone's physical location. Application developers have full access to Android's application framework. This allows them to take advantage of Android's processing capabilities and support features when building an Android application. Think of the application framework as a set of basic tools with which a developer can build much more complex tools.
At the top of the stack are the applications themselves. This is where you find the basic functions of the device such as making phone calls, accessing the Web browser and accessing your contacts list. If you're an average user, this is the layer you'll use most. You do that with the user interface. Only Google programmers, application developers and hardware manufacturers access the other layers further down the stack.

Google Phone Applications

These days, it's not enough for your smartphone to be able to check e-mail and surf the Web as well as make phone calls. You need to have at your disposal a host of useful, fun, productive or just plain pointless applications. The iPhone's success has proven that a strong application library can excite customers. Google's Android platform appears to be following suit.
Months before the HTC G1 hit the shelves, Google unveiled the Android platform to developers. The company created a limited software developer kit (SDK) and distributed it to developers. Google even laid down the Android Developer Challenge -- a contest that had a collective prize pool of $10 million.
The top developers earned $275,000 for their applications. Here's a small sample of what made the grade:
  • CompareEverywhere and GoCart are two different applications that let you compare prices and read reviews for merchandise while you're in the store. You take a picture of the item's bar code with the phone's camera. These applications identify the item and aggregate reviews and prices from different sources.
  • The Life360 application is part social networking, part news service. It lets you set up a neighborhood-centric online community and share information with other people in that group. It can alert you of emergencies like a tornado warning that affects your neighborhood. Even if you are miles away, you can keep up with what's going on back at home.
  • Locale is an application that taps into Android's GPS support. First, you identify various locations you frequent using Google Maps. Then, you create a list of phone settings for each location. For example, at work or in class you'd probably want your phone's ring tone to be appropriate and at a low volume. Once you create the settings for each location, your phone automatically switches to the proper setting based on your current location. Using Locale, you never have to worry about silencing your phone when you walk into your favorite movie theater!
  • For the green-conscious, there's Ecorio. This application tracks your global carbon footprint and offers suggestions to reduce your personal impact on the environment. You can use the Google Maps application to plot out a trip and Ecorio offers suggestions for car pooling, public transportation and other tips to create the smallest ecological impact.
  • The developers of the Softrace application wanted to build a program that inspires people to maintain an active lifestyle. Softrace lets people set up footraces, bicycle races and other competitions using the Google Maps function. Participants can travel to a race destination, begin the race and try to make the best time. They can compare their results with those of other participants.
There are many more Android applications in the $275,000 winners' circle and beyond. And several developers for some of the better-known iPhone applications have expressed interest in developing an Android version of their apps. While the iPhone has a head start, Android has the potential to equal and perhaps even surpass it on the application front.

Building Android Applications

To build an Android application, a developer has to be familiar with the Java programming language. Assuming the developer is proficient in Java, he or she can download the software developer kit (SDK) and get started. The SDK gives the developer access to Android's application programming interface (API).
The SDK includes several tools, including sample applications and a phone emulator. Emulators are programs that duplicate the features and functions of a specific system or device. The Android emulator is a program that duplicates the functions of a phone running on the Android platform. When the developer finishes building an application, he or she can test it out on the emulator to see how the app will perform on actual hardware.
Google provides an extensive Android tutorial on its developer Web site. The company even provides tips on basic programming steps like testing and debugging software. Experienced developers can skip over the tutorial and go straight to building an application. Google even provides step-by-step instructions on how to build an application named Hello World to give developers the chance to become familiar with Android's architecture.
This brings us to another feature of Android that sets it apart from the iPhone -- developers can create complex applications that run in the background of other applications. Apple limits iPhone applications to the foreground -- if you switch to a different application, the first application you were in stops working until you return to it. This feature limits the types of applications developers can build for the iPhone. Android allows developers more extensive access to background processes.
Google breaks down all applications into four basic building blocks (not all applications will have every building block):
  • Activities: Whenever an application displays a screen to the user, that's an activity. For example, a map application could have a basic map screen, a trip planner screen and a route overlay screen. That's three activities.
  • Intents: Intents are the mechanisms for moving from one activity to another. If you were to plot a trip using our example of the mapping application, an intent would interpret your input and activate the route overlay screen. Android also allows for broadcast intent receivers, which are intents triggered by external events like moving to a new location or an incoming phone call.
  • Services: A service is a program that runs on its own without a user interface. For example, let's say you are participating in a Softrace event. Midway through the race, you decide you want to listen to music as you burn up the track. You can switch over to a media player application and start a song while Softrace continues to track your progress. If Softrace were simply an activity, you would have ended the application as soon as you switched to the media player.
  • Content provider: A content provider allows an application to share information with other applications. This allows developers to work together to create a suite of applications that are more robust and complex than each individual component.
There are other considerations developers must keep in mind while building applications. They include Android's graphics rendering engine, process management software, user interface support and other technical details. Google provides guides for all of these elements on its Android developer Web site.
The journey of the Google Phone has not always been a smooth one. Some vendors have been quick to accept the OS, while others have dismissed it. Let's take a look at who is and who isn't thrilled about Android.
 
 

Building Android Applications

To build an Android application, a developer has to be familiar with the Java programming language. Assuming the developer is proficient in Java, he or she can download the software developer kit (SDK) and get started. The SDK gives the developer access to Android's application programming interface (API).
The SDK includes several tools, including sample applications and a phone emulator. Emulators are programs that duplicate the features and functions of a specific system or device. The Android emulator is a program that duplicates the functions of a phone running on the Android platform. When the developer finishes building an application, he or she can test it out on the emulator to see how the app will perform on actual hardware.
Google provides an extensive Android tutorial on its developer Web site. The company even provides tips on basic programming steps like testing and debugging software. Experienced developers can skip over the tutorial and go straight to building an application. Google even provides step-by-step instructions on how to build an application named Hello World to give developers the chance to become familiar with Android's architecture.
This brings us to another feature of Android that sets it apart from the iPhone -- developers can create complex applications that run in the background of other applications. Apple limits iPhone applications to the foreground -- if you switch to a different application, the first application you were in stops working until you return to it. This feature limits the types of applications developers can build for the iPhone. Android allows developers more extensive access to background processes.
Google breaks down all applications into four basic building blocks (not all applications will have every building block):
  • Activities: Whenever an application displays a screen to the user, that's an activity. For example, a map application could have a basic map screen, a trip planner screen and a route overlay screen. That's three activities.
  • Intents: Intents are the mechanisms for moving from one activity to another. If you were to plot a trip using our example of the mapping application, an intent would interpret your input and activate the route overlay screen. Android also allows for broadcast intent receivers, which are intents triggered by external events like moving to a new location or an incoming phone call.
  • Services: A service is a program that runs on its own without a user interface. For example, let's say you are participating in a Softrace event. Midway through the race, you decide you want to listen to music as you burn up the track. You can switch over to a media player application and start a song while Softrace continues to track your progress. If Softrace were simply an activity, you would have ended the application as soon as you switched to the media player.
  • Content provider: A content provider allows an application to share information with other applications. This allows developers to work together to create a suite of applications that are more robust and complex than each individual component.
There are other considerations developers must keep in mind while building applications. They include Android's graphics rendering engine, process management software, user interface support and other technical details. Google provides guides for all of these elements on its Android developer Web site.
The journey of the Google Phone has not always been a smooth one. Some vendors have been quick to accept the OS, while others have dismissed it. Let's take a look at who is and who isn't thrilled about Android.
 

Google Mobile Phone Vendors

There are two kinds of vendors you have to consider when you talk about a smartphone operating system: the handset manufacturers and the cell phone service providers. Handset manufacturers produce the actual hardware. Service providers are the phone companies like T-Mobile or AT&T. Some handset manufacturers work exclusively with a specific cell phone provider. In a few cases, a cell phone service provider will also produce its own hardware.
As we mentioned earlier, the first handset to feature the Android OS was the High Tech Computer Corporation's HTC G1. Before the phone even went on sale, bloggers and journalists began to speculate on who would be the next handset manufacturer to get into the Android game. Gradually, other companies like Motorola, Samsung and Dell debuted their own Android handsets.
The first cell phone provider in the United States to support an Android phone was T-Mobile. The company first offered the HTC G1 on its 3G network to customers in October 2008 for $179 with a contract. A month earlier, T-Mobile offered current customers the opportunity to reserve an HTC G1 in advance. The pre-sale was a huge success -- T-Mobile had to end the sale early when orders exceeded the company's stock of 1.5 million phones [source: Bylund].
But some cell phone service providers have gone so far as to criticize the Android OS in public. Sprint CEO Dan Hesse said that Android wasn't "good enough to put the Sprint brand on it" [source: Carew]. Hesse did leave open the possibility that Sprint would work with the Android platform in the future. Meanwhile, Peter Michaels, the CEO of Hop-on, criticized Hesse's statements. Michaels alleged that Sprint makes it hard for inexpensive handset vendors to join its network. He also pointed out that Sprint was a founding member of the Open Handset Alliance -- a project that spawned Android. But Michaels said that while the company says it supports open platforms, its actions seem to contradict those claims [source: Hop-on].
Hesse must have changed his mind about the Android operating system. Sprint now supports the HTC Hero and the Samsung Moment, both Android phones.
Verizon debuted two Android phones in 2009: the Motorola Droid and the HTC Eris. AT&T announced at the beginning of 2010 that it would soon carry Android phones made by HTC, Motorola and Dell.
With Android spreading to all major cell phone carriers across the globe, we may see Google dominate the mobile phone market the same way it has for online search. Maybe this is the droid you're looking for.