Ma Bojiang Jiaoshou

Biography

He received his Ph.D. from Peking University in 1989 and won the first prize of Peking University Youth Science and Technology Achievement Award. From 1989 to 1991, he was a postdoctoral fellow of Institute of High Energy Physics, Chinese Academy of Sciences. In 1991 by the German Humboldt Foundation fellowship, from 1992 to 1993 for the Humboldt scholar at the University of Frankfurt Institute of Theoretical Physics. 1995 for the Institute of High Energy Physics, Chinese Academy of Sciences associate researcher. December 1998 in the Institute of High Energy Institute of Excellence by the title of researcher and appraised as a researcher. In 1999 as the first winner by the Chinese Academy of Sciences Natural Science Award two prize. 2000 January in Peking University Department of Physics Professor. Winner of 2000 National Outstanding Youth Fund. Since 2001 as a professor of theoretical physics Yangtze River. In 2004 by the Chinese Physics Society Zhou Peiyuan Physics Award.  Engaged in the study of high-energy physics theory, published in international and domestic core academic journals more than 200 papers. There are original and innovative contributions to the hadron structure, and academic views have drawn the attention and attention of international counterparts, resulting in the emergence of some new research hotspots. Papers cited by others more than 5000 times (except for self-cited), and domestic and foreign scholars to establish a wide range of academic and cooperative relations in the international counterparts have a certain impact, and promote high-energy physical hadronic structure of the relevant fields of research development of. Also engaged in the experimental exploration of the high-energy Hadron structure, particle astrophysics and cosmology, as well as mathematical physics methods applied in other disciplines.

Research Interest

Engaged in particle physics, high energy nuclear physics, particle astrophysics and cosmology and other theoretical research. His research interests include the light cone quantum field theory, the in-depth projectile non-projectile diffraction of progeny of leptons, the application of perturbation quantum chromodynamics, the spin and taste structure of hadrons, the specialities of hadron, quark and lepton Problem, quark effect in the nucleus, high-energy cosmic ray particles.  Engaged in the experimental exploration of high-energy Hadron structure and data processing research, in Germany DESY International Laboratory HERMES cooperation group to carry out research work.  Research in mathematical physics applied to other disciplines.