Nuclear moments as a unique probe of the nuclear quantum many-body problem

This project aims to advance the fundamental understanding of atomic nuclei by developing new methods to measure the electric and magnetic fields created by their internal particles. One main goal is to understand how these particles move together to shape and rotate the nucleus, much like the end-over-end spin of an Australian rules football in flight. The electric field helps us see the shape, while the magnetic field reveals which particles are causing the rotation. On a broader scale, this research tackles important questions in quantum mechanics, which is fundamental to chemistry, biology, and various technologies. The project also seeks to enhance international scientific collaboration by developing new techniques at Australia's Heavy Ion Accelerator Facility and using them at top laboratories worldwide. Moreover, the project will benefit society by offering hands-on training in advanced nuclear methods. This training will produce skilled professionals capable of addres