Myo Min Aung Unified Theory (MUT) v6. 35 presents a continuous n-free formulation of the Mass Curvature Rate (fmcr) spanning atomic to supermassive black hole scales. Traditional formulations used discrete nucleon counts: fmcr = c³ n Phi / EAt astronomical scales, n is not directly measurable. Therefore, an effective continuous nucleon density is defined: neff = integralV rho (r) / mN dVTotal mass and energy are: M = integralV rho (r) dVE = M c²The object-level Mass Curvature Rate becomes: fmcrₒbject = (c³ neff) / E= (c / mN) The weighted resonance factor is: = (integralV rho (r) Phi (r) dV) / (integralV rho (r) dV) This removes the need for discrete particle counting and preserves micro to macro continuity. The framework further proposes ground-state relations for constants: G = c³ / (fmcr Lambda) Black hole dynamics and cosmological expansion are derived within the same continuous fmcr structure, maintaining SI dimensional consistency. Version 6. 35 emphasizes: Continuous n-free formulationDimensional correctnessObservational computabilityPredictive structureExplicit falsifiabilityThe theory is structured for empirical testing using rotation curves, luminosity distributions, and mass density reconstructions.
Myomin Aung (Tue,) studied this question.