Global properties of nuclei group

The Global properties of nuclei group develops and applies theoretical nuclear structure models. The goal of our research is to improve our ability to describe properties of nuclei at global level, throughout the whole nuclear chart. We apply nuclear structure models on various topics, including processes in various astrophysical scenarios, interpretation of new experimental results, and search for physics beyond the standard model.

Research group type

Research group

Core fields of research

Basic natural phenomena and mathematical thinking

Research areas

Nuclear and accelerator based physics

Faculty

Faculty of Mathematics and Science

Department

Department of Physics

Research group description

The domain of the low-energy nuclear physics offers a rich variety of phenomena to be studied, with many of those having also a connection to astrophysics, fundamental physics, and other domains in the physics. The search for universal description of nuclear properties is the main theme and goal of the research interest in our group. In our research, we will focus on systematic features of nuclear ground states and excited states that differentiate between well- and weakly-bound nuclear system.

In addition to development of nuclear structure models, we also apply them on various problems. This includes nuclear structure input for various tests in fundamental physics and for astrophysical processes, and collaboration with experimental research groups, to theoretically interpret new measured experimental data.

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