This collection presents the complete framework of the Myo Min Aung Unified Theory (MUT), a scalar‑tensor extension of General Relativity that replaces dark matter and dark energy with a universal scalar resonance field Φ. The theory is grounded on the fundamental mass‑curvature rate constant: f₌₂ₑ = cmₚ = 1. 792 10^35\, m/ (kg s). The four papers included here cover every aspect of MUT: 1. Paper 1 – Theoretical Foundations (Paperₜheory₁final. pdf): Derives the action, field equations, Newtonian limit, and the modified acceleration law a = aN + c²2. It establishes the microphysical normalization f₌₂ₑ from nuclear mass systematics. 2. Paper 2 – Core Equation and Multi‑Scale Predictions (Coreₑquationₚaperᵤpgrade. pdf): Presents the core equation of MUT, its dimensional consistency, and summarises 50 independent blind tests spanning nuclear physics, quantum entanglement, galactic rotation, and cosmology. 3. Paper 3 – Galactic Rotation Curves (SPARC Analysis) (Theoryₚaper₂final. pdf): Provides a detailed Bayesian MCMC analysis of 175 SPARC galaxies, showing that MUT fits every rotation curve without dark matter (mean reduced ² < 0. 2). Representative fits for NGC 3198, IC 2574 and NGC 2403 are discussed. 4. Paper 4 – Complete SPARC Dataset Fitting (Theoryₚaper₃final. pdf): Extends the analysis to all 175 galaxies, tabulates the best‑fit parameters A and r₀ for the field gradient model = A/ (r+r₀), and demonstrates the narrow distribution of the mass‑weighted resonance field, confirming micro‑to‑macro continuity. Together, these works establish MUT as a viable, testable, and mathematically consistent alternative to the standard cosmological paradigm, with successful predictions across more than 80 orders of magnitude in mass – from nucleons to the observable universe.
Myomin Aung (2026) studied this question.