Motion Universe Theory

This paper presents the Motion Universe Theory (M.U.T.) v6.0, providing a simple solution to the cosmological Hubble Tension and matter-antimatter asymmetry. We hypothesize that the Big Bang was asymmetric due to an initial directed energy differential, giving the entire cosmic bubble an absolute translational velocity (Hm) through the stationary Inter-Spacial Space (Tkt). By applying Special Relativity to the 9 percent discrepancy between early and late-universe expansion measurements, we calculate this absolute velocity to be approximately 119100 km/s toward the Cosmic Microwave Background (CMB) dipole anisotropy. The model establishes asymmetric expansion vectors (714600 km/s and 595500 km/s), ensuring structural stability because expansion velocity exceeds translational drift (Tm is greater than Hm). Finally, we provide testable predictions for direction-dependent time dilation in Type Ia supernovae (Apex vs. Anti-apex) and validate the framework using galactic radial velocity data from the NASA/IPAC Extragalactic Database (NED).