What question did this study set out to answer?

To propose a novel unification model linking mass to spacetime resonance and derive key physical constants.

March 31, 2026Open Access

The Myo Min Aung Unified Theory (MUT) v7.34 : A Complete Theoretical Framework Integrating Spacetime Resonance, Galactic Dynamics, and Causal AI

Key Points

To propose a novel unification model linking mass to spacetime resonance and derive key physical constants.
Developed a theoretical framework of MUT focusing on spacetime properties.
Derived galactic rotation curves using modified gravity models.
Introduced first-principles derivation of fundamental constants through geometric methods.
Proposed a finite core model for black hole physics.
Integrated MUT with artificial intelligence for advanced causal models.
Achieved accurate fits for galactic rotation curves for 175 SPARC galaxies, eliminating the need for dark matter.
Presented a geometric derivation of the fine-structure constant and proton-to-electron mass ratio.
Resolved black hole singularities with a proposed core model.
Addressed cosmological tensions through modified Friedmann equations.
Outlined 20 falsifiable predictions for empirical validation by 2025-2027, focusing on Fast Radio Bursts.

Abstract

This monograph presents the complete theoretical framework of the Myo Min Aung Unified Theory (MUT), a novel unification model that posits mass as an emergent property of spacetime resonance rather than a fundamental quantity. Centered on the universal Mass Curvature Rate (f₌₂ₑ), the theory provides a derivation of nuclear masses, galactic rotation curves, and fundamental constants through a non-minimally coupled scalar field. Key highlights of the monograph include: Gravity & Dark Matter: A derivation of galactic rotation curves using a Yukawa modification of gravity, achieving fits for 175 SPARC galaxies without the need for dark matter. Fundamental Constants: A first-principles geometric derivation of the fine-structure constant () and the proton-to-electron mass ratio. Black Hole Physics: Resolution of singularities through a finite core model (r₌₈₍) based on the nuclear resonance factor. Cosmology: Modified Friedmann equations that address the Hubble (H₀) and S₈ tensions. Artificial Intelligence: The integration of the MUT scalar field with SU (5) algebra to propose a framework for Causal Artificial General Intelligence (PRD-AGI). Empirical Validation: 20 falsifiable predictions for the 2025–2027 window, including specific excess in Fast Radio Burst (FRB) dispersion measures. The work includes rigorous dimensional consistency, Python verification codes for galactic dynamics, and a formal defense against circularity through out-of-sample nuclear mass predictions.

The Myo Min Aung Unified Theory (MUT) v7.34 : A Complete Theoretical Framework Integrating Spacetime Resonance, Galactic Dynamics, and Causal AI

Key Points

Abstract

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