Topic（题目）：Description of structure and reaction observables of drip-line nuclei with the Gamow Shell Model

Speaker（报告人）：Nicolas Michel ( IMP)

Date（时间）：2019年7月24号（周三）下午3:30-5:30

Place（地点）： 北京大学加速器楼402会议室

Contact Person（联系人）：许甫荣（frxu@pku.edu.cn）

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Abstract:

Nuclei far away from the valley of stability are actively studied at experimental and theoretical levels. A nuclear model able to treat drip-line nuclei consistently is the Gamow Shell model (GSM). GSM is a configuration interaction model based on the use of the one-body Berggren basis. The Berggren basis contains bound, resonance and scattering states, so that continuum coupling is present at basis level. Inter-nucleon correlations are taken into account via the use of configuration mixing, so that both structure and reaction degrees of freedom are included in GSM.

Unbound systems bearing A=3-5 nucleons could be precisely studied in a GSM no-core approach. An effective interaction has been fitted in a core + valence nucleon picture using GSM for light nuclei, where the statistical errors of fitted parameters have been assessed. Spectra, nucleon densities, and correlations densities have been evaluated therein. Scattering and radiative capture cross sections calculated with GSM will also be presented in this context.

Biography:

Ph.D. in GANIL obtained in 2002

Post-doctoral employments in ORNL, Kyoto University, CEA Saclay, University of Jyvaskyla, MSU, GANIL from 2003 to 2015

Visiting professor in MSU from 2016 to 2018

Visiting professor in PKU in 2018

Professor at IMP since 2019