This upload contains the complete Myo Min Aung Unified Theory (MUT) version 7. 42, including: 1. Integrated Monograph (Volumes 1, 2 & 3 combined) – 7₄0₁. pdf - Nuclear resonance factor, mass emergence, scalar-tensor gravity. - Galactic rotation without dark matter (Yukawa fit to 175 SPARC galaxies). - Derivation of all fundamental constants from fMCR = c/mₚ. - Three energy extraction methods (vacuum resonance, mass decay, gravitational gradient). - Gravitational wave analysis of LIGO-Virgo O3 data: inspiral phase decisive evidence (log Bayes factor +13. 51, β = 3. 16×10⁻⁵). - Post-merger 1765 Hz excess identified as instrumental line (retracted), remains theoretical prediction. 2. Volume 1 – Foundations of Spacetime Resonance and Mass Emergence (Vol1. pdf) 3. Volume 2 – Energy Extraction from Spacetime Resonance: The MUT Energy Protocol (Vol2. pdf) 4. Volume 3 – Empirical Validation via Gravitational Waves: Complete 6‑Step Data‑Verified Analysis (MUTVol3CompleteFinal. pdf) 5. Experimental proposal papers (all updated to v7. 42 consistency): - M-PNS: Plasma stagnation and fusion yield enhancement in colliding deuterium bunches. - MRE: MCR resonance extraction (zero‑point energy) using a SQUID‑based microwave amplifier. - RIBS: Regenerative induction braking system with ferrite toroid GHz coupling. - M-HPL: Hypervelocity projectile launcher (coilgun + railgun) for scalar field testing. - M-PIT: Pulsed inductive thruster efficiency optimization. - MUT‑ULDM: Ultralight dark matter search using a resonant LC circuit with SQUID readout. All papers consistently use the scalar coupling constant β = 3. 16×10⁻⁵, geometry‑dependent k‑factors (Appendix C of monograph), and include detailed experimental roadmaps, statistical protocols, falsifiability criteria, and cost estimates. The 1765 Hz frequency is treated as a theoretical prediction (from inspiral evidence) for future O4/O5 and laboratory searches, with the post‑merger “discovery” retracted after validation tests (instrumental line). Version 7. 42 supersedes all earlier versions and ensures full consistency across the monograph and application papers.
Myomin Aung (Sun,) studied this question.