Basic Introduction Chinese Name: Xinheng Guo Graduate School: China Academy of Sciences Degree/Education: Doctoral Major: Nuclear Science and Technology Position: Doctoral supervisor's research field, scientific research projects, published works, characters experience 198 1 year to 1986 studied in the Department of Modern Physics of Chinese University of Science and Technology and obtained a bachelor's degree; 1986- 199 1 studied in the theoretical room of the institute of high energy physics, Chinese academy of sciences, and obtained a doctorate. 199 1 year-1992, 1992- 1994 were postdoctoral fellows at the University of Wuppertal, Germany and the Institute of Theoretical Physics, Chinese Academy of Sciences, respectively. 1994- 1997 works in the institute of high energy physics, Chinese academy of sciences, and is an associate researcher; 1997-2004 worked as a researcher at the University of Adelaide, Australia; Since 2004, he has worked in Beijing Normal University as distinguished professor, a "Capital Scholar". In addition, he also visited many countries for cooperative research, such as Italian International Center for Theoretical Physics, Brazilian Center for Theoretical Physics, Hiroshima University in Japan, University of Melbourne in Australia, and Academia Sinica in Taiwan. For many years, he has been a reviewer of Physical Review and Physical Review Letter. Research field particle physics theory. Focus on heavy quark physics, non-perturbation strong interaction, neutrino physics and so on. The specific research directions are: the properties of baryons with one or two heavy quarks; CP destruction in heavy hadron decay: expansion of lattice gauge data: Bate-salpeter equation: Potential model; Heavy meson properties; Study on new hadron states: spontaneous breaking of chiral symmetry in strong interaction; study on properties of neutron stars; study on neutrino physics, including theoretical research related to Daya Bay neutrino experiment, supernova neutrino detection, and the size of neutrino mixing angle θ 13. Hosted and participated in scientific research projects: 1) postdoctoral funded project of National Climbing Plan "Research on the Effective Theory of Heavy Quarks", hosted by 1992 to1994; 2) General project of National Natural Science Foundation "Nonperturbation Effect and Heavy Quark Physics in Strong Interaction", moderator, 1995 to1997; 3) National Natural Science Foundation's key project "Standard Model Test, Emphasis on Taste and Theoretical Research of Important Physics in TeV Energy Zone", with project members ranging from 1994 to1997; 4) "Special Funding Project for Climbing Project", moderator,1995; 5) The person in charge of the sub-project "Accurate Test of Standard Model" of the particle physics part of the national climbing plan, from 1995 to1997; 6) Director of the general project of National Natural Science Foundation "Research on Baryon with Heavy Flavor",1998-2000; 7) subatomic physics research, a major project supported by the Australian Scientific Research Fund, project member,1997-2004; 8) Beijing Normal University "Shi Jing Scholars" special start-up fund, moderator, 2004-2007; 9) "Systematic Research on the Interaction between Heavy Taste Physics and Non-Perturbation", a funded project for overseas students in Beijing, 2005; 10) National Natural Science Foundation key project "Study on Neutrino Mixing Angle Measurement with Reactor", project member, 2006-2009; 1 1) General project of National Natural Science Foundation of China "Research on Heavy-flavor Hadron Physics", moderator, 2006-2008; 12) "Study on Baryons' Heavy Taste Properties", scientific and technological key project of the Ministry of Education, moderator, 2006-2007; 13) Start-up Fund for Returned Overseas Students, Ministry of Education, Moderator, 2008; 14) "particle physics and nuclear physics innovation group" of Beijing Normal University, moderator, 2008-2010; 15) "Research on Key Technologies and Methods of Neutrino High Performance Detector", a major project of National Natural Science Foundation, and the project leader of Beijing Normal University on 20/0/0, 2009; 16) General Project of National Natural Science Foundation "Systematic Research on Hadron Physics", director, 2010-2. List of representative works published: [1] The effect of real earth material and the application of a method to obtain all information about * * in supernova neutrino detection, Guo, Huang, Yang, Phys Rev. D79 (2009)113007 [2] The influence of vacuum fluctuation on asymmetric nuclear material. Enhanced direct CP destruction and branching ratio in bottom hadron decay of Rev. D78 (2008) 056005 [5]. Physical Journal C58 (2008) 223 [6] The average kiic energy of heavy quarks in ∧b in Bethe-Sal Peter equation method, Guo Hewu, B654 (2007) 97- 103 [7] Study the scalar bound state of the K anti-K system in Bethe-Salpeter formali. Phys. Rev. D76 (2007) 056004 [8] Direct CP destroys in, X.-H. Guo and Z.-H. Zhang, Phys. Rev. D75 (2007) 074028 [9] Chiral Extrapolation of Lattice Data Phys. J. C50 (2007) 63 [10] Geophysical Effects in Neutrino Detection of Supernovae, X.-H. Guo and B.-L. Young, Phys. Rev. D73 (2006) 093003 [11] direct CP destruction, branching ratio and shape factor in B decay, O. Leitner, x-h. Guo and A.W. Thomas, J. Phys. G365438 Physics Journal C 31(2003) 215 [13] Chiral Extrapolation of Baryon Lattice Data, X.-H. Guo and A.W. Thomas, Physical Review D67 (2003) 07400. X.-H. Guo and A. W. Thomas, Physical Review D65(2003) Physical Revision D64 (2001) 096004 [17] Enhanced Direct CP Destruction Physical Revision D62 (2000) 054024 [20] By mixing in charmed. X.-H. Guo and A.W. Thomas, Physical Revision D61(2000)116009 [21]1/MQ on Bethe of ∧Q in diquark Diagram. Jin, physical review D58 (1998)14007 [25] ∧ b → n (.B-S equation of baryons, Guo He, possible effects of quarks and gluons in heavy quarks, physical review D54 (/kloc Physical Review D53 (1996) 4946 [31] TB → TC weakly decays to the shape factor of 1/mQ, Guo, Zhao, Huang Mingqiu, The second-order power correction of heavy quarks by the shape factor of physical review D51(1995) 3532 [32] Physical B 412 (1994) 277 [33] ∧ B→∧ C decay shape factor. Z. Phys. C59 (1993) 567 [34] Quark-Quark Interaction and Modification of Nonperturbative QCD, Peng, X.-H. Guo and Phys. Rev. C45 (65438+)