MUT V3.3 Geometric Origin of the Galactic Acceleration Scale: Metric Elasticity in the Myominaung Unified Theory (MUT)

This work presents a focused application of the Myominaung Unified Theory (MUT) to galactic dynamics. The paper derives the characteristic acceleration scale observed in galaxy rotation curves as an emergent consequence of environment-dependent metric elasticity, rather than as an empirical constant. By relating the acceleration scale to a cosmological scalar frequency and a dimensionless background elasticity parameter, the framework reproduces MOND-like phenomenology in the weak-field regime while maintaining a geometric interpretation rooted in spacetime response. The approach offers a testable alternative to dark matter–based explanations and motivates precision rotation-curve studies as a probe of metric elasticity on galactic scales.