MUT 6.2 Framework: Predictive Masses via Mass Curvature Rate (MCR) and Resonance Stability

This submission presents the MUT 6.2 framework, an updated version of the MATE Theory. In this version, mass is defined using the mass number n (total protons and neutrons) and a fundamental constant called the Mass Curvature Rate (fmcr). The nuclear resonance stability factor, phi(n, Z), is included to account for binding energy effects. The framework unifies subatomic mass generation, stellar fusion energetics, gravitational coupling, cosmology, and periodic table mapping. Proton mass calculations and energy release during stellar processes are numerically verified, demonstrating the framework’s consistency and predictive power. The MCR is formalized as a scalar field, linking mass generation to cosmological phenomena. MUT 6.2 maintains dimensional consistency and does not rely on external references.