1942, Lu Qikeng was admitted to the first grade of Zhongshan United Middle School in Macau with the same academic ability.
1943, transfer to Macau Sino-German Middle School.
1945, Lu Qikeng was admitted to Sun Yat-sen University with the first place. Because of his poor family, he went to teach at Tongjing Township Central Primary School in Xinhui County before the examination was announced.
/kloc-0 In the summer of 946, Lu Qikeng was admitted to the Department of Mathematics and Astronomy of Sun Yat-sen University.
1950, graduated from the Department of Mathematical Astronomy of National Sun Yat-sen University, and stayed as a teaching assistant.
195 1 July, Mr. Hua recommended him to be transferred to the preparatory office of the Institute of Mathematics of China Academy of Sciences as an internship researcher.
1954, as an assistant researcher.
1963, as an associate researcher.
1958 published Schwartz Theorem and Analytic Invariants, and he was one of the first people in the world to study the scattered Schwartz lemma of multiple complex variables.
1959 cooperated with China to publish the "system theory of functional up-regulation in typical fields".
1966 published the paper Kahler Flow Pattern with Constant Curvature, proved that the boundary analysis with constant curvature is equivalent to the unit hypersphere, and put forward a conjecture, that is, whether the kernel function of the bounded domain as a two-point function has zero, which is called "Lu Qikeng conjecture" internationally, and the domain with no zero kernel function is called "Lu Qikeng domain".
1974 published the relationship between gauge field and mathematical principal fiber bundle.
1976, seconded to work in Room 13, Institute of Physics, Chinese Academy of Sciences.
1978 The book Estimation of Intrinsic Differential of Analytic Mapping on Bounded Fields introduces an intrinsic differential, and discusses the relationship between the estimation of these intrinsic differential and Schwarz Lemma.
After the reform and opening up, Lu Qikeng had the opportunity to visit and exchange abroad on invitation. He has visited many times, such as the Pienstein Institute for Advanced Studies in the United States, Max Planck Institute for Mathematics in Germany, Mitger-Leffler Institute of the Royal Swedish Society, the French Institute for Advanced Studies (IHES), the stech Love Institute for Mathematics of the former Soviet Academy of Sciences, and the Japanese Institute for Mathematical Analysis.
1980 was elected as a member of the Chinese Academy of Sciences (199 1 renamed as an academician) and a standing member of the Department of Mathematics and Physics of China Academy of Sciences.
1980- 1983 deputy director, institute of mathematics, China academy of sciences. Entrusted by the Director of China, he presided over the work of the Institute of Mathematics, invited a group of famous overseas scholars from China and famous mathematicians from Europe and America such as Borel, Griffiths, Hirzebruch, Grauert, CaI'leson, Vesentini and vladimirov to give lectures, and organized mathematics teachers and students from universities all over the world to give lectures. Introducing and recommending a group of aspiring young and middle-aged mathematicians to study and communicate abroad has not only eliminated the disconnection phenomenon caused by China's long-term academic isolation from the outside world, but also broadened the knowledge horizons of many young mathematicians and made outstanding achievements.
1997, formerly distinguished professor of Shantou University.
On August 3rd, 20654381,Lu Qikeng died in Beijing at the age of 88.
The academic contribution paper Schwartz Lemma and Analytic Invariant, published in 1950s, is the first book in the world to discuss Schwartz Lemma with multiple variables, and introduces the concept of Schwartz Analytic Invariant.
Typical Manifolds and Typical Domains, a comprehensive article of nearly 100 pages, Multiple Repeated Variables and Unitary Geometry, was published in advances in mathematics 1956, which is the earliest article in China to systematically introduce unitary geometry (now called complex geometry), especially Kaehler geometry.
1957, Lu Qikeng of Xiamen University and Zhong Tongde jointly published the article "Extension of p 14 Valov Theorem" in Journal of Mathematics, which was well received by Academician Li Guoping and Gakhov School of the Soviet Union.
The main results of a series of articles published by 1957 and 1958 on Schwarz lemma and Bergman metric on invariant analysis of functions with multiple complex variables are included in the monograph "On Functions with Multiple Complex Variables" written by Fuchs of the Soviet Union.
Hua co-published a series of articles during 1958- 1959, and established a complete theory of harmonic function theory in typical domains.
1959, the article "Representation of Infinitely Small Connections of GL(n, r) Continuity" published in Science Record, is to discuss the representation of connections with L~ichnerwich's modern communication theory.
1959 in recent ten years, the part of China's science-mathematics-multiple complex variable function was reprinted by the notice issued by the American Mathematical Society. In 196 1, a note on transitive domains co-authored with Xu Yichao solved the conjecture of negative curvature put forward by Hua Zai 1946, and proved that Riemann curvature of bounded optional domains can be non-negative.
The book Introduction to Functions of Multiple Complex Variables published in 196 1 and the book Typical Manifolds and Typical Definitions published in 1963 are essentially compiled according to the handouts of Lu Qikeng's professional course of Multiple Complex Variables in Peking University Mathematics Department in 1960 and 1962.
1966 Two articles published in Journal of Mathematics, Kaehler Manifold with Constant Curvature and About Cauchy-Van Tappi Formula, were translated into English and published in American Mathematical Society (Chinese Mathematics). The former proves that a complete Bergman metric must be analytically equivalent to a hypersphere if its unitary curvature is constant.
Lu Qikeng and Hua jointly published "On Harmonic Functions in Typical Fields", and established a systematic theory of harmonic functions in typical fields.
In 1966, it is put forward that the analysis of bounded domain with constant curvature is equivalent to the unit hypersphere, and a problem called "Lu Qikeng conjecture" is put forward.
In 1970s, the connection between gauge field in physics and principal fiber bundle in mathematics was pointed out, and it was proved that the integral definition of Yang Zhenning's gauge field was equivalent to parallel motion along a curve.
1979, Schwarz lemma was further studied and published in two papers of China Science. In the first article, various Finsler metrics on bounded fields of multiple complex variables are introduced, and it is proved that Schwarz lemma is also true for these Finsler metrics. In the second chapter, in cooperation with Zheng, we improved the Schwarz Lemma 1976.
1979, Lu Qikeng opened the course "Differential Geometry and Its Application in Physics" for graduate students majoring in mathematics and theoretical physics. The lecture notes were published in 1983, with a total sales volume of 16000, which had a certain impact on the training and research.
After 1980s, Lu Qikeng mainly studied Green's function, poison differential and thermonuclear. The results are summarized in the monograph New Articles on Typical Manifolds and Typical Domains, published in 1997.
Since 1980s, people have put forward a systematic method, which can specifically construct the hot core in noncompact symmetric space.
Lu Qikeng also published lemmas of multiple complex variables, typical manifolds and typical domains, differential geometry and their applications in physics.
As the first disciple of Mr. Hua after returning to China, Lu Qikeng has done a lot of pioneering and pioneering work in the fields of multivariable and mathematical physics with his persistence and extraordinary talent, and has made remarkable achievements in the world.
The related achievements of Luqikeng are called "Luqikeng Theorem", "Luqikeng Definition Domain", "Luqikeng Invariant" and "Luqikeng Constant" internationally.
Lu Qikeng's "Lu Qikeng's conjecture" is the first conjecture named after a mathematician in China in the international mathematics field after the founding of the People's Republic of China, and it is still a hot topic in multivariate research. Lu Qikeng is one of the pioneers and leaders of mathematical physics research in China. The connection between gauge field theory and fiber bundle connection theory is pointed out for the first time and has a wide influence.
Professor Lu Qikeng has won the honorary titles of National Natural Science Award, First Mathematics Award, and He Li Foundation Science and Technology Progress Award.
Lu Qikeng trained the first research team in the field of multivariate variables in China, and many students of Lu Qikeng were elected academicians and won the National Natural Science Award.
Family figure father Lu
Muziliang
Brothers and sisters: Lu Qiyu, Lu, Lu Qikeng, Lu Junyi.
Lu Qikeng is considered to be honest, fair and rigorous in his studies.
Lu Qikeng suffered from polio when he was a child, which made his legs disabled for life, but he never weakened himself because of his physical disability.
Lu Qikeng, indifferent to fame and fortune, devoted his life to scientific research with extraordinary perseverance and diligence, made outstanding contributions to the development of mathematics in China, and played the strongest voice of life.
Mr Lu Qikeng is immortal!