Understanding the fundamental aspects of nuclear structure and reactions remains a central challenge in nuclear physics. Nuclear Lattice Effective Field Theory (NLEFT) has emerged as a powerful ab initio approach that bridges effective field theories and lattice simulations to study nuclear systems directly from the underlying forces.
This symposium will cover recent progress in Nuclear Lattice Effective Field Theory (NLEFT) and related areas, including advancements in nuclear lattice simulations, ab initio calculations of nuclear structure, nuclear thermodynamics, nuclear and neutron matter, hyper-neutron matter and hypernuclei, as well as nuclear scattering dynamics and reactions. Additionally, effective field theories in nuclear physics, computational methods and algorithms in NLEFT, and applications to nuclear astrophysics will be featured. The symposium aims to bring together researchers and experts working in NLEFT and related fields to discuss these developments, exchange ideas, and foster collaborations.
Local Organizing Committee:
- Ulf-G. Meißner (Bonn/Jülich/Beihang)
- Li-Sheng Geng (Beihang)
- Shihang Shen ((Beihang)
- Jun-Xu Lu (Beihang)
