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Exploring Binding Energies in Nuclear Physics through SEMF and Shell Model Approaches

This study delves into the binding energies of nuclear systems, utilizing the Semi-Empirical Mass Formula (SEMF) in conjunction with the Shell Model. It examines the theoretical frameworks of infinite and finite spherical wells, highlighting the implications of spin-orbit coupling and magic numbers. The research references key works by Hodgeson, Gadioli, and Gadioli-Erba, contributing to our understanding of nuclear structure and stability. This comprehensive analysis aims to link theoretical predictions with experimental data in nuclear physics.

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Exploring Binding Energies in Nuclear Physics through SEMF and Shell Model Approaches

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  1. Binding energies in DATA [MeV]

  2. Binding energies from SEMF

  3. Z N

  4. Building the SHELL model -> SHO (3D) -> Infinite spherical well -> Finite spherical well -> + Spin-Orbit Magic Numbers From Hodgeson, Gadioli& GadioliErba

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