Li Zifang (19 10- 1942) is a native of Cendou Village, yongningzhen, Shishi, Quanzhou. I lived in the Philippines in my early years and 1927 returned to China to study. 1930 participated in the revolution, 1932 in Ma Hongjun, Zhangzhou, and 1933 in China * * * Production Party. During the Agrarian Revolutionary War, he served as the Organization Department of the Red Fourth Army and the Organization Department of the Red Army Corps, and participated in the fourth and fifth counter-campaigns against encirclement and suppression and the 25,000-mile Long March in the Central Soviet Area. After the Central Red Army successfully arrived in northern Shaanxi, he served as the deputy minister and minister of the organization department of the Political Department of the Red Army Corps, and was elected as an alternate member of the Party Committee of the Corps. After the outbreak of War of Resistance against Japanese Aggression, he was transferred to the Organization Department of the Political Department of the New Fourth Army, which made outstanding contributions to the construction of the cadre team of the New Fourth Army. 194 1 1 In the "Southern Anhui Incident" created by the Kuomintang die-hards, Li Zifang was unfortunately captured, and hundreds of officers and men of the New Fourth Army, including Ye Ting, were imprisoned in Shangrao concentration camp in Jiangxi. In prison, Li Zifang established a secret party organization, organized fights between difficult friends, and organized some comrades to secretly escape from prison. 1942 in may, Li Zifang was killed by a Kuomintang spy in prison at the age of 32.
Zhuang Changgong (1894.12.25-1962.2.15) is a chemist and an academician of China Academy of Sciences. Quanzhou Licheng people. 19 16 graduated from Quanzhou Middle School (now Quanzhou No.5 Middle School). Because of his excellent academic performance, he was sent to the Chemistry Department of Peking University on a local scholarship, and then transferred to the University of Chicago. 192 1 graduated from the university of Chicago, USA, and 1924 received his doctorate. 1948 was selected as an academician of academia sinica. 1949, he served as the director and researcher of the Institute of Organic Chemistry, China Academy of Sciences. 1955 was elected as a member of China Academy of Sciences. China is a pioneer in organic chemistry research and the founder of organic microanalysis. He has made outstanding contributions to organic synthesis, especially the synthesis of steroid compounds and the study of the structure of natural organic compounds, and enjoys a high reputation in the chemical field at home and abroad.
Tu (1935.11.20-) is an expert on inorganic nonmetallic materials. 1997 was elected as an academician of China Academy of Engineering. Quanzhou Nan 'an people. 1958 graduated from the Department of Civil Engineering of Tsinghua University. At present, he is a professor and doctoral supervisor in the Department of Materials Science and Engineering in Tsinghua University, and director of the Academic Committee of the State Key Laboratory of New Ceramics and Fine Technology. Long-term engaged in the research and application development of inorganic nonmetallic functional ceramic materials. As the person in charge of the Eighth Five-Year Plan of the National 863 Program, he presided over and participated in the successful development of high-performance and low-burning multilayer ceramic capacitors, which achieved remarkable benefits and made great contributions to the implementation of major projects of the National 863 Program and high-tech industrialization. Won the second prize and the third prize of national technological invention, and the first prize and the second prize of ministerial-level scientific and technological progress. Published more than 300 papers. More than 20 patents have been granted.
Electronic scientist Li Youping (1935.5. 1-) and 1999 were elected academicians of China Academy of Engineering. Born in Quanzhou, Fujian, a primary school teacher's family. 1957 graduated from the radio department of Nanjing Institute of Technology. The main academic leader in the field of nuclear weapons electronics in China has been engaged in the technical research of nuclear weapons electronic system for a long time, and has made great achievements in the research of radio telemetry, remote control and initiation control system, and won many awards. These include the first prize of national scientific and technological progress, the second prize of national invention, the first, second and third prizes of major national scientific and technological achievements, the national science conference award and a number of ministerial-level scientific and technological achievement awards. ; 1988, the Ministry of Personnel awarded him the title of "Expert with Outstanding Contribution"; 1999 won the ho leung ho lee foundation Science and Technology Award.
Guo Guangcan, born in 1942, is an expert in quantum information. In 2003, he was elected as an academician of China Academy of Sciences. Huian people in Quanzhou. 1965 graduated from the Department of Radio Electronics, University of Science and Technology of China. He is currently the director of the Key Laboratory of Quantum Information, University of Science and Technology of China, China Academy of Sciences, and a professor in the Department of Physics; Peking University Institute of Physics, China Academy of Sciences-Peking University Ultrafast Optical Science and Laser Joint Center. He has been engaged in research in the fields of quantum optics, nonlinear optics and quantum information for a long time, and has published more than 220 papers in top journals at home and abroad, and published works on quantum optics and optics 1 1. In 2003, he won the second prize of National Natural Science and the Li Prize. In 2004, the stability of optical fiber quantum key transmission process was solved for the first time in the world, and the unidirectional quantum key distribution of 125 km was realized through the actual communication optical path.