Experience

IJCLab

• France
• Research Services
• 1 - 100 Employee

• Staff scientist

  • Jan 2020 - Present

  Researcher in theoretical nuclear physics in the new IN2P3 laboratory IJCLab on the Paris-Saclay University campus. Researcher in theoretical nuclear physics in the new IN2P3 laboratory IJCLab on the Paris-Saclay University campus.



CNRS

• France
• Research Services
• 700 & Above Employee

• Staff Research Scientist

  • Oct 2017 - Present

  Researcher in theoretical nuclear physics. Researcher in theoretical nuclear physics.



CEA

• France
• Research Services
• 700 & Above Employee

• Postdoc

  • Oct 2015 - Oct 2017

  Towards description of resonances within the MPMH method and improved mean field interactions using renormalized chiral interactions. Towards description of resonances within the MPMH method and improved mean field interactions using renormalized chiral interactions.



CNRS

• France
• Research Services
• 700 & Above Employee

• Visiting Scholar

  • May 2015 - Sep 2015

  Effective field theory of infinite nuclear matter connecting ab initio to EDF methods. Effective field theory of infinite nuclear matter connecting ab initio to EDF methods.



University of Notre Dame

• United States
• Higher Education
• 700 & Above Employee

• Visiting Scholar

  • Aug 2014 - Jan 2015



Lawrence Livermore National Laboratory

• United States
• Research Services
• 700 & Above Employee

• Postdoctoral scholar

  • Jan 2012 - Aug 2014

  The goal of this research is to study ab initio reactions with three-nucleon interaction in the NCSM-RGM method. Three-nucleon forces are an essential ingredient of nuclear structure and reactions. For instance, the description of weakly-bound nuclei requires a very precise nuclear interaction and the treatment of the particle continuum. This work involves to a large extent high-performance computing and specific algorithms. The goal of this research is to study ab initio reactions with three-nucleon interaction in the NCSM-RGM method. Three-nucleon forces are an essential ingredient of nuclear structure and reactions. For instance, the description of weakly-bound nuclei requires a very precise nuclear interaction and the treatment of the particle continuum. This work involves to a large extent high-performance computing and specific algorithms.



GANIL

• France
• Research Services
• 100 - 200 Employee

• PhD Student

  • Sep 2008 - Sep 2011

  Thèse de doctorat : "Functional Approach of Pairing in Nuclei". The goal of this thesis was to study the pairing correlations in the theoretical framework of the density functional. An energy functional that addresses the finiteness of superconductors or nuclei was derived. We studied the restoration of the particle number invariance in the context of the BCS theory of nuclei.

• Master Thesis

  • Apr 2008 - Sep 2008

  Master thesis on "Exact Quantum Monte Carlo for Open Quantum System Dynamics". We studied open quantum system dynamics with an exact stochastic reformulation of the problem.