Dynamic Universal Time Physics (DUTP): A Unified Framework for Temporal Coherence in Physics

This work introduces Dynamic Universal Time Physics (DUTP), a theoretical framework that redefines time as a dynamic, energy-dependent scalar field rather than a geometric dimension. The paper presents a scalar field Lagrangian model for Universal Time, outlines quantized temporal frame evolution, and addresses longstanding challenges in physics, including the black hole information paradox, quantum decoherence, CPT symmetry, and causality at the Big Bang. By aligning with experimental observations such as material-dependent quantum coherence and photon entanglement, DUTP offers a unifying perspective that bridges relativistic and quantum domains.