Section 7.11 summarizes the overall implications of the Myo Min Aung Unified Theory within the Mass Curvature Rate framework. The discussion compares MUT with other modified gravity approaches such as quintessence, f(R) gravity, and scalar–tensor theories while highlighting the distinct role of the MCR scalar field and its stable vacuum structure. Limitations of the current phenomenological formulation are addressed, including the need for nonlinear structure simulations, improved screening analysis, and a complete ultraviolet completion. The conclusions emphasize that MUT provides a consistent explanation for galaxy rotation curves without dark matter, reduces the Hubble tension, reproduces the proton mass from fundamental constants, and matches observational constraints from SPARC and Planck datasets. The section also highlights several testable predictions for gravitational waves, atomic clocks, large-scale structure surveys, and CMB polarization experiments.
Myomin Aung (Sat,) studied this question.