Topic（题目）：Effective interaction effects in nuclear reactions
Speaker（报告人）： Prof. Paul Stevenson
（Dept. of Physics, University of Surrey）
Date（时间）： 2019年6月6号（周四）上午10:00-11:00
Place（地点）： 北京大学加速楼 402 会议室
Contact Person（联系人）：裴俊琛（peij@pku.edu.cn）
---------------------------------------------------------------------------------------
Abstract:
Modern implementations of the time-dependent Hartree-Fock methods for nuclear physics are sufficiently advanced in terms of the ability to solve large numerical problems that previously-necessary assumptions about symmetry and the nuclear interaction can be relaxed. Thus quite realistic calculations of heavy-ion reactions, fission, and collective motion can be studied with quantitative conclusions drawn. This talk explores calculations of nuclear reactions in which aspects of the assumed nuclear interactions such as symmetry energy, tensor force and surface energy are explored.
Reference: P. D. Stevenson and M. C. Barton, Prog. Part. Nucl. Phys. 104, 142 (2019)
Biography:
Paul Stevenson is a Reader at the University of Surrey, United Kingdom, where he has been since 2000. Before then he took his PhD at the University of Oxford in UK followed by one year at Oak Ridge National Lab. His work centres on theoretical nuclear physics, though he has also published work in mathematical and computational physics, and quantum biology.
