Discussion notes present geometric relations of mass origin in isotopes, suggesting implications for nuclear and gravitational interactions.
Myo Min Aung Unified Theory (MUT) v7.3 presents discussion notes on the concept of the Universal Mass Curvature Rate � and its implications for the origin of mass and the Planck-to-proton hierarchy. The framework defines a geometric relation �, linking nuclear mass directly to a universal spacetime curvature rate. Empirical evaluation of 2,545 isotopes from the AME2020 database shows that � remains nearly constant at approximately �, with small fluctuations (~0.046%) corresponding to nuclear shell effects and magic numbers.Within this interpretation, nuclear binding energy is not treated as an independent phenomenological parameter but emerges as a manifestation of structural curvature variations in spacetime. The framework also introduces a geometric relationship between Planck-scale physics and baryonic mass, revealing a suppression factor of approximately � between the Planck curvature rate and the observed baryonic curvature rate. This connection provides a potential explanation for the hierarchy between gravitational and nuclear interaction scales. The document serves as a conceptual supplement to MUT v7.0, summarizing the theoretical foundations and empirical observations supporting the � framework.
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Myomin Aung (2026) studied this question.
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