Study of nuclear structure through quantum many-body compuation

Study of nuclear structure through quantum many-body compuation

We study nuclear structure utilizing the quantum-many body calculation based on the nuclear shell model.

In neutron-rich unstable nuclei, various exotic structures appear, such as the shell evolution, shape coexistence, shape phase transition, triaxial deformation, and octupole deformation.

Collaborating with experimental studies, we investigate these exotic structures theoretically.

Based on these studies, we aim to evaluate nuclear data which is required for searching beyond-standard-model physics, such as neutrinoless-double-beta-decay nuclear matrix elements.