Dynamic Universal Time Physics (DUTP): Frame-Based Time Reversal, Integer Temporal Logic, and Experimental Coherence

We propose a comprehensive theoretical framework, Dynamic Universal TimePhysics (DUTP), where time is modeled as a continuous scalar field that underpinsall physical evolution. While time flows continuously, DUTP introduces frame-based quantization as a necessary condition for time reversal. Time cannot reversein a continuous form; instead, discrete frame transitions are required, governed byglobal energy conditions. Integer-based temporal logic arises naturally from thisstructure. We demonstrate the model’s consistency through reinterpretation ofkey experimental results involving quantum coherence, entanglement, gravitationaltime dilation, and relativistic timing. Experimental data from GaAs and Bismuthdecoherence, satellite-based entanglement, and gravitational time shifts are shownto align with DUTP predictions