Nuclear moments as a unique probe of the nuclear quantum many-body problem. This project explores the self-organisation of protons and neutrons within the atomic nucleus. The goal is to map how deform

Description

Nuclear moments as a unique probe of the nuclear quantum many-body problem. This project explores the self-organisation of protons and neutrons within the atomic nucleus. The goal is to map how deformed shapes and collective rotations emerge from the intricate motion of individual particles. Novel measurements of nuclear magnetism and the charge distribution of the nucleus, and examination of how they vary with the number of nucleons and excitation energy, aim to give new insights. Expected outcomes include the revision of long-held views and a deeper understanding of the general quantum many-body problem, which spans science and technology. Anticipated benefits include international research engagement, and providing essential hands-on training to address Australia’s pressing demand for skilled nuclear personnel.. Scheme: Discovery Projects. Field: 5106 - Nuclear and Plasma Physics. Lead: Em/Prof Andrew Stuchbery