Unified_Wave_Theory___A_Flat_Space_Model_Bridging_General_Relativity_with_Scalar_Dynamics

We introduce the Unified Wave Theory (UWT), a flat-space framework extending General Relativity (GR) using two scalar fields (\(\Phi_1, \Phi_2\)) and Scalar-Boosted Gravity (SBG). A 128\(\times\)128\(\times\)128 grid simulation yields velocities up to 572.4 m/s, coherence at 15.795\(\sigma\), and enthalpy of 4.325\(\times 10^8\) J/m\(^3\) by step 19900, with vorticity growth from 38.12 to 94.37 s\(^{-1}\). Dimensional Analysis (DA) achieves a 99.7\% fit, linking BH density (\(\rho_{\text{BH}} \propto r^{2.07}\)) to Sgr A*’s 0.941 spin (2025 EHT). UWT offers a singularity-free alternative consistent with GR’s weak-field limit.