MUT v6.32: From Quantum Constants to Galactic Dynamics and Exoplanetary Magnetism

This comprehensive dataset presents the complete framework of the Myo Min Aung Unified Theory (MUT v6.32). The central thesis establishes the Mass Curvature Rate (fMCR) as the primary master rate (1.792349 x 10^35 m kg^-1 s^-1) of the universe, effectively unifying subatomic physics with cosmological phenomena. Key highlights of this collection include:1. Fundamental Unification: Mathematical derivations of c, G, h, kB, and alpha as emergent properties of the fMCR field.2. The n-Free Formulation: A transition from discrete particle-based counts (n) to a continuous field-resonance model using integrated density functions.3. Astrophysical Applications: Numerical models for Sagittarius A* spin dynamics, galactic rotation curves without dark matter, and stellar fusion efficiency.4. Predictive Science: Precise calculations of the magnetic field strength and habitability of Alpha Centauri A-b using the MCR Induction Principle.5. Spacetime Geometry: A novel derivation of gravitational time dilation verified against Earth-GPS orbital data. This work provides a singularity-free, self-consistent geometric model that bridges the gap between the Standard Model and General Relativity.