CORDIS Project
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This project develops a theoretical framework to describe the structure and excitation of atomic nuclei, focusing on exotic nuclei under extreme conditions. It combines algebraic and microscopic theories to address key problems in nuclear physics and has potential applications in other fields like molecular physics and…
This project focuses on the theoretical description of low-energy structure of atomic nuclei and the applications to other finite quantum many-body systems.
The primary emphasis is on collective excitation and shape phenomena in finite nuclei, and on the structure of exotic nuclei under extreme conditions.
Microscopic energy density functionals currently provide an accurate global description of nuclear ground-state properties, while algebraic theories, such as the interacting boson model, are s…
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