1. Biography
Wu was born in 1922 in an ordinary family in Jiangsu, China. Encouraged by his father, he became interested in mathematics and showed excellent mathematical ability in middle school. From 65438 to 0940, Wu was admitted to the Department of Mathematics of Nanjing University and studied under the famous mathematician Mr. Hua. Hua's rigorous academic attitude and profound mathematical attainments had a far-reaching impact on Wu.
After successfully graduating from 1945, Wu stayed in school to teach and began to engage in mathematics research. Under the guidance of China, Wu has made an important breakthrough in the field of algebraic number theory, and his research results have been widely concerned and praised by academic circles at home and abroad. 1950, Wu was hired as a professor at Nanjing University and officially started his teaching and research work.
2. Mathematical contribution
Wu's contributions in the field of mathematics mainly focus on algebraic number theory and geometry.
2. 1 Algebraic number theory
Wu's research achievements in algebraic number theory have important theoretical significance and practical application value. He put forward a new method in the study of algebraic number theory, which is called "Wu Dingliang method". This method solves a series of algebraic number problems by studying the expansion of number field and the properties of algebraic number, and fills the gap in domestic mathematical research.
Wu's research achievements in algebraic number theory have also attracted wide attention in the world. One of his papers was accepted and published by AnnalsofMathematics, an internationally renowned mathematical magazine. This is the first time that a mathematician from China has published a paper in this journal, which indicates that China's research on algebraic number theory has entered the international stage.
2.2 geometry
Wu's research achievements in geometry also have important academic value. He put forward a series of innovative ideas and methods in the study of projective geometry and algebraic geometry. His research results have played an important role in promoting the development of China's geometry.
Wu's achievements in geometry research have been widely recognized by academic circles at home and abroad. One of his papers was accepted and published by the internationally renowned mathematical magazine ActaMathematica. This is the first time that a China geometer has published a paper in this magazine, which has won an international reputation for geometry research in China.
3. Wu's influence
Wu had a profound influence on the development of mathematics in China. His rigorous academic attitude and solid mathematical foundation set an example for later mathematicians and inspired countless young students' interest and love for mathematics.
Wu also actively participated in mathematics education and academic exchange activities. He has served as the organizer and chairman of mathematics conferences at home and abroad for many times, providing an important platform for the exchange and cooperation of mathematics circles in China. He also trained a large number of outstanding students, many of whom later became famous mathematicians.
4. Concluding remarks
Wu is an outstanding representative of mathematics in China, and his academic contribution and influence are indelible. His research results laid a solid foundation for the development of mathematics in China and set an example for later mathematicians. Wu Spirit will continue to inspire us and promote the development of mathematics in China.