List of available arguments for "Laurea Magistrale" theses in nuclear physics
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BCS-BEC crossover: Analysis of superfluid solutions in nuclear systems and study of the BCS-BEC crossover
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Double folding (in collaboration with M. Vorabbi, BNL): development of an optical potential for nucleus-nucleus scattering
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Faddeev equations (in collaboration with M. Vorabbi, BNL): study of alpha-alpha systems within a few-boy approximation, ground state and excited states of alpha cluster systems
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Local Potentials (in collaboration with M. Vorabbi, BNL): development of local version of successful non-local potentials and applications with FRESCO and TALYS codes
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Quantum computing in nuclear physics: Toy model for simple nuclear physics applications for quantum computers
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Quasielastic electron (e,e'p) scattering (in collaboration with C. Giusti, Pavia U.): see the folder
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Machine learning applications to nuclear physics: see the folder