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Improved Brueckner theory and its application in nucleon-nucleon correlations
03/13
2024
Seminar
- Title Improved Brueckner theory and its application in nucleon-nucleon correlations
- Speaker Xin-Le Shang(Institute of Modern Physics, CAS)
- Date 15:30 Mar.13, 2024
- Venue 322
Abstract
In this presentation, I will introduce the improvements we have made to the Brueckner theory in recent years, including both theoretical advancements and computational procedures. Based on these improvements, we have investigated the influence of nucleon-nucleon correlations on the properties of nuclear matter, especially superfluidity and transport properties.
Biography
Shang Xinle is a young researcher and doctoral supervisor at the Institute of Modern Physics, Chinese Academy of Sciences. His primary research focuses on microscopic nuclear many-body theory, short-range nucleon-nucleon correlations, superfluidity in nuclear matter, and related issues in neutron star physics. In his previous works, he proposed an anisotropic pairing gap for nuclear matter, revealed universal regularities of short-range correlation effects in nucleon momentum distribution, and highlighted the potential of neutron star glitch observations as a constraint on the properties of high-density nuclear matter.
Inviter
Shan-gui Zhou