Wang Shunjin

Graduated from the Department of Modern Physics of Lanzhou University in 1961; in 2002, he was a professor at Sichuan University. Professor and doctoral tutor (theoretical physics, particle physics and nuclear physics) since 1985. He is currently a member of the China Nuclear Physics Society and the China Society of High Energy Physics, the Academic Committee of the Lanzhou Heavy Ion Accelerator National Laboratory and the Director of the Theoretical Center Review Committee, and the editorial board of High Energy Physics and Nuclear Physics and Nuclear Nuclear Physics Review. Served as a consultant at the University of California at Berkeley, Lorenz Berkeley National Laboratory; Oak Ridge National Laboratory, Michigan State University, University of Maryland, University of Tennessee and University of Lexel, German Research Consortium (DFG), Germany Visiting Professors at the Heavy Ion Research Institute (GSI), Max Planck Institute for Nuclear Physics, Damsdat University of Technology, Worcester University, Giessen University, and Hong Kong Baptist University.

Monograph: 'Atomic Nucleus Theory (Nuclear Reaction Part)'; published more than 180 papers (more than 90 SCI), SCI cited more than 580 times, CSCD cited more than 250 times. Received the National Science Conference Award twice (1978), the National Defense Science and Technology Commission's Strategic Weapons and Cutting-edge Scientific and Technological Achievement Award (1980), the State Education Commission's Science and Technology Progress First Prize twice (1994, 1995), and the second prize three times (1985, 1987, 1998), the third prize of the National Natural Science Award twice (1987, 1995); in 1988, the Ministry of Personnel awarded the young and middle-aged experts with outstanding contributions to the state, and in 1990 was awarded the National Excellent Science and Technology Worker by the State Education Commission and the State Science and Technology Commission, 1994. In the year, he was awarded the title of Provincial Excellent Expert by the People's Government of Gansu Province. In 2002, he was awarded the academic leader of Sichuan Province.

Areas of research: nucleus (quantum) multi-body correlation kinetics and heavy ion nuclear reaction transport theory, QCD-based nuclear physics and hadron structures; control and utilization of artificial quantum systems and quantum algebraic dynamics; quantum system dissipation and Decoherence; mesoscopic rings, quantum dots and Bose-Einstein condensation; electromagnetic properties of strongly correlated electronic systems; energy level dynamics and quantum chaos.

Scientific Achievements: 1. Created the nucleus (quantum) multi-body correlation dynamics and hadron transport theory, 2. Created quantum algebraic dynamics for processing non-autonomous quantum systems, 3. Developed the theory of collective motion of the nucleus, and generated coordinates Methods and dynamic groups continuously represent theory.