Nuclear physics research studies

Nuclear physics investigates the structure and behavior of atomic nuclei, probing how protons and neutrons bind together through the strong force and how those arrangements give rise to the properties we observe, from stable isotopes to exotic short-lived species at the edges of the nuclear chart. Understanding nuclear forces at a fundamental level connects directly to explaining nucleosynthesis — the chain of reactions in stars and stellar explosions that forged nearly every element heavier than hydrogen. Researchers pursue open questions such as how neutron-rich nuclei evolve their shell structure far from stability, what the precise distribution of neutrons within a nucleus reveals about the nuclear equation of state, and how accurate astrophysical reaction rates can be extracted from laboratory measurements or theoretical models like the shell model and mean-field approaches. These questions sit at the intersection of quantum many-body physics and astrophysics, making progress on them relevant both to fundamental theory and to our understanding of how the observable universe came to have its elemental composition.

Works

229,320

Total citations

2,751,429

Keywords

Nuclear StructureNuclear ForcesNucleosynthesisNeutron RadiiMean-Field ModelsNuclear Reactions