Hua Luogeng

Source: Wikipedia, the free encyclopedia.
In this Chinese name, the family name is Hua.
Hua Luogeng
Hua's identity (Jordan algebra)
OfficeVice Chairperson of the Chinese People's Political Consultative Conference
Political partyChinese Communist Party
Academic background
Educationsix years of primary school and three years of secondary school
Academic work
DisciplineMathematics
Doctoral studentsChen Jingrun
Pan Chengdong
Wang Yuan
Chinese name
Hanyu Pinyin
Huà Luógēng
Gwoyeu RomatzyhHuah Luogeng
Wade–GilesHua4 Lo2-Keng1
IPA[xwâ lwǒkə́ŋ]

Hua Luogeng or Hua Loo-Keng (

Goldbach conjecture. In addition, Hua's later work on mathematical optimization and operations research made an enormous impact on China's economy. He was elected a foreign associate of the US National Academy of Sciences in 1982.[1] He was elected a member of the standing Committee of the first to sixth National people's Congress, Vice-chairman of the sixth National Committee of the Chinese People's Political Consultative Conference (April 1985) and vice-chairman of the China Democratic League (1979). He joined the Chinese Communist Party
in 1979.

Hua did not receive a formal university education. Although awarded several honorary PhDs, he never got a formal degree from any university. In fact, his formal education only consisted of six years of primary school and three years of secondary school. For that reason, Xiong Qinglai, after reading one of Hua's early papers, was amazed by Hua's mathematical talent, and in 1931 Xiong invited him to study mathematics at Tsinghua University

Biography

Early years (1910–1936)

Hua Luogeng was born in

Jintan, Jiangsu on 12 November 1910. Hua's father was a small businessman. Hua met a capable math teacher in middle school who recognized his talent early and encouraged him to read advanced texts. After middle school, Hua enrolled in Chinese Vocational College in Shanghai, and there he distinguished himself by winning a national abacus competition. Although tuition fees at the college were low, living costs proved too high for his means, and Hua was forced to leave a term before graduating. After failing to find a job in Shanghai, Hua returned home in 1927 to help in his father's store. In 1929, Hua contracted typhoid fever and was in bed for half a year. The culmination of Hua's illness resulted in the partial paralysis of his left leg, which impeded his movement quite severely for the rest of his life.[citation needed
]

After middle school, Hua continued to study mathematics independently with the few books he had, and studied the entire high school and early undergraduate math curriculum. By the time Hua returned to Jintan, he was already engaged in independent mathematics research, and his first publication Some Researches on the Theorem of Sturm, appeared in the December 1929 issue of the Shanghai periodical Science. In the following year Hua showed in a short note in the same journal that a certain 1926 paper claiming to have solved the

quintic was fundamentally flawed. Hua's lucid analysis caught the eye of Prof. Xiong Qinglai at Tsinghua University in Beijing
, and in 1931 Hua was invited, despite his lack of formal qualification and not without some reservations on the part of several faculty members, to join the mathematics department there.

At Tsinghua, Hua began as a clerk in the library, and then moved to become an assistant in mathematics. By September 1932, he was an instructor, and two years later, after having published another dozen papers, he was promoted to the rank of lecturer.

During 1935–36 Jacques Hadamard and Norbert Wiener visited Tsinghua, and Hua eagerly attended the lectures of both and created a good impression. Wiener visited England soon afterward and spoke of Hua to G. H. Hardy. In this way Hua received an invitation to come to Cambridge, England, where he stayed for two years.

Early middle years (1936–1950)

While at

Steklov Institute. In the closing years of the Kunming period, Hua turned his interests to algebra and analysis
towards which he soon began to make original contributions.

several complex variables, and group theory
. At this time civil war was raging in China and it was not easy to travel, and for "convenience of travel," the Chinese authorities had assigned Hua the rank of general in his passport.

In the spring of 1948, Hua accepted appointment as full professor at the

People's Republic of China
was established, and Hua, wanting to be part of a new epoch, decided to return to China with his wife and kids, despite having settled comfortably in the United States.

Later career in China (1950–1985)

Back in China, Hua threw himself into educational reform and the organization of mathematical activity at the graduate level, in the schools, and among workers in the burgeoning industry. In July 1952 the Mathematical Institute of the

University of Science & Technology of China
(USTC), a new type of Chinese university established by CAS in 1958, which was aimed at fostering skilled researchers necessary for the economic development, defense and education in science and technology.

Despite his many teaching and administrative duties, Hua remained active in research and continued to write, not only on topics that had engaged him before but also in areas that were new to him or had been only lightly touched on before. In 1956, his voluminous text, Introduction to Number Theory, appeared, and later it was published in English by Springer. Harmonic Analysis of Functions of Several Complex Variables in the Classical Domains came out in 1958 and was translated into Russian in the same year, followed by an English translation by the American Mathematical Society in 1963.

Outside of pure math, Hua first proposed in 1952 the development of China's

electronic computer
, and in early 1953, an initial research team for this project was formed under Hua's leadership by the Mathematical Institute of the Chinese Academy of Sciences.

The start of the

applicable mathematics took him in the 1960s, accompanied by a team of assistants, all over China to show workers of all kinds how to apply their reasoning faculty to the solution of shop-floor and everyday problems. Whether in ad hoc problem-solving sessions in factories or open-air teachings, he touched his audiences with the spirit of mathematics to such an extent that he became a national hero and even earned an unsolicited letter of commendation from Mao Zedong
, this last a valuable protection in uncertain times. Hua had a commanding presence, a genial personality, and a wonderful way of putting things simply, and the impact of his travels spread his fame and the popularity of mathematics across the land.

Following the Cultural Revolution, Hua resumed contact with Western mathematicians. In 1980 Hua became a cultural ambassador of China charged with re-establishing links with Western academics, and during the next five years he travelled extensively in Europe, the United States, and Japan. In 1979 he was a visiting research fellow of the then Science Research Council of the United Kingdom at the University of Birmingham and during 1983–84 he was Sherman Fairchild Distinguished Scholar at the California Institute of Technology. He died of a heart attack at the end of a lecture he gave in Tokyo on 12 June 1985.

Hua Luogeng Park in Jintan, Jiangsu has been named after him.

Works

  • Additive Theory of Prime Numbers (Translations of Mathematical Monographs : Vol 13). Amer Mathematical Society. 1966.
    ISBN 978-0-8218-1563-2
    .
  • Introduction to Number Theory. Springer. 1987.
    ISBN 978-3-540-10818-4
    .
  • Hua, Loo-keng (1981). Starting with the Unit Circle: Background to Higher Analysis. Berlin: Springer-Verlag.
    ISBN 978-0-387-90589-1
    .
  • Loo-keng Hua: Selected Papers. Berlin: Springer Verlag. 1983.
    ISBN 978-0-387-90744-4
    .

References

  1. ISBN 9783662079836

External links

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