CORDIS Project
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This project aims to bridge the gap between fundamental particle physics and nuclear physics by utilizing topological solitons to accurately predict nuclear properties. It focuses on improving the understanding of nuclear matter, particularly under extreme conditions like those found in neutron stars and nuclear fusion…
Particle physicists have a good understanding of the fundamental constituents of matter, but the complexity of the theory means that it is impossible (even with supercomputers) to use it to predict the properties of even the simplest atoms familiar from everyday life, such as helium and carbon.
Fathoming the core of these atoms is the realm of nuclear physics, but current approaches are detached from fundamental theory and instead are mainly based on fitting phenomenological models to experiment…
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