We are organizing an international workshop on Nuclear Statistical Physics in Astrophysics and Nuclear Applications (NuSPANA). Nuclear reaction data is one of the key elements in nuclear applications ranging from simulating nucleosynthesis in stellar modeling to performance validation in nuclear energy and nuclear security. Experimental effort in the Los Alamos Neutron Science Center (LANSCE) is focused on neutron-induced reactions, in close collaboration with reaction theory development and continuous progress on cross-section evaluations at LANL. The University of Notre Dame- Nuclear Science Laboratory, along with the Joint Institute for Nuclear Astrophysics (JINA), has a long-standing expertise in applying nuclear statistical models to nuclear reaction rates, in order to better understand nucleosynthesis processes and improve agreement between astrophysical modeling and astronomical observations. The University of Notre Dame has a dedicated program on studying charged particle induced reactions on stable nuclei and rare isotopes. This meeting will bring together developers and users of nuclear statistical models in the fields of nuclear application and astrophysics. The purpose is to showcase recent highlights in both fields, review current theoretical and experimental efforts, identify areas in need of development, and to outline strategies and directions for the next decade nuclear data activity.
We have one devoted session for our beloved friend, Dr. Mary Beard, who passed away in 2016 as a young and very promising nuclear physicist. With her dedicated, broad and in-depth effort of interdisciplinary crossover between nuclear physics and astrophysics, she has immensely contributed to establish reaction rate predictions using Hauser-Feshbach theory, exotic fusion reaction rate predictions in neutron stars, neutron absorption calculations, and stellar-burning process simulations.
- Statistical Process in Nuclear Reaction Physics
- Hauser-Feshbach Predictions, Codes, and Input Parameters
- Neutron Induced Reactions-Integral/Differential measurements on (n,z) reactions, inelastic scattering etc.
- Direct and Indirect Measurements of Reaction Cross Sections for Rare Isotopes, Charged Particles, Decay data, etc.
- Nuclear Applications for Astrophysics and National Security
- Dedicated session for Dr. Mary Beard
April 27 - April 30, 2020
Inn and Spa at Loretto, Santa Fe, New Mexico, USA
Los Alamos National Laboratory (LANL) & University of Notre Dame (ND)