MUT v6.38: Natural Emergence and Master-Equation Reconciliation of the Mass Curvature Rate (MCR)

This combined study presents the derivation and reconciliation of the Mass Curvature Rate (MCR) constant within the Myo Min Aung Unified Theory (MUT) v6.x framework. The first paper demonstrates a natural derivation of MCR from the proton mass and Planck’s constant, showing that the scalar MCR field frequency underlies nucleon mass generation and is dimensionally consistent. The second paper reconciles this natural frequency with the master-equation value previously used for isotopic mass predictions, linking fundamental scalar field physics with practical computational formulas. Numerical evaluations verify proton mass, helium-4 mass, and stellar fusion energy calculations, providing a unified theoretical foundation for subatomic physics, energy-mass relations, and cosmological scaling. The work establishes a robust bridge between first-principles derivation and phenomenological mass predictions in MUT.