Dynamic Universal Time Physics (DUTP): Compatibility with Relativity and Extensions Beyond It

We present Dynamic Universal Time Physics (DUTP), a foundational frame-work where time is modeled as a continuous scalar field that flows uniformly acrossthe universe. DUTP matches all experimentally confirmed predictions of Einstein’srelativity in numerical precision—covering GPS corrections, gravitational redshift,and time dilation—while offering extended explanatory power in areas where rel-ativity is interpretive rather than mechanistic. In particular, DUTP introducesframe-based time reversal logic, suppression conditions for CPT symmetry, anddistortion-based coherence modeling. The theory accounts for phenomena such asdecoherence times, entanglement phase alignment, and the impossibility of timehalting in gravitational fields. We provide experimental reinterpretation using Mi-cius satellite data, GPS synchronization, and material-specific quantum coherence,demonstrating that DUTP is both empirically compatible and theoretically pro-gressive.