MUT 6.0 framework predicts mass of isotopes, indicating a new approach to understand nuclear properties.
MUT 6.0 presents a predictive nuclear mass framework based on the Mass Curvature Rate (MCR) constant and a resonance stability factor �. Mass is modeled as an emergent scalar-field resonance rather than an intrinsic property. The equation � provides dimensionally consistent isotope mass predictions across light and heavy nuclei. The framework demonstrates algebraic equivalence to the MUT formulation via the ratio �, establishing a bridge between atomic frequency scales and curvature-based mass generation. Numerical predictions show strong agreement with experimental data.
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Myomin Aung (2026) studied this question.
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