Myo Min Aung Unified Theory (MUT) – Supplementary Derivations and Field Formalisms (v6.40)

This repository contains the full LaTeX source of the Myo Min Aung Unified Theory (MUT) supplementary derivations, version 6.40. It consolidates the theoretical and computational framework for the Mass Curvature Rate (�), the Effective Background Scalar Field (�), and the dimensionless nuclear resonance factor (�).The document provides:First-principle derivation of � from nucleon mass without circular assumptions.Cross-scale extension incorporating � for nuclear binding energy corrections, ensuring smooth propagation from nuclei to stars, black holes, and cosmology.Comprehensive treatment of �, including unit normalization, cosmological energy density calculations, and black hole thermodynamic corrections.Numerical examples and Python run-ready code for Helium-4 and other nuclei, demonstrating predictive power and consistency with empirical data.Hierarchical, non-circular framework connecting microphysics to macro-scale cosmic observables while maintaining dimensional correctness.This LaTeX project is intended for researchers in theoretical physics, cosmology, and nuclear physics who wish to explore or reproduce MUT derivations, test cross-scale predictions, and apply the framework to nuclear, stellar, and cosmological systems.