Evolution of Shapes and Symmetries Along Isotopic Chains in Neutron Rich Nuclei

Explore the evolution of nuclear shapes and symmetries in neutron-rich isotopes through this 37-minute conference talk from the Workshop on Multineutron Clusters in Nuclei and in Stars. Examine how nuclear structure changes as neutrons are added to isotopic chains, focusing on the deformation patterns and symmetry properties that emerge in neutron-rich environments. Learn about the theoretical frameworks and experimental observations that reveal how excess neutrons influence nuclear geometry and the breaking or preservation of various symmetries. Discover the implications of these structural changes for understanding exotic nuclei far from stability, including their relevance to astrophysical processes and nuclear physics research. Gain insights into current research methodologies used to study these phenomena and their connections to broader questions in nuclear structure physics and stellar nucleosynthesis.