Unified Equations for Time and Spatial Distortions Across Gravitational, Relativistic, and Quantum Scales

The Thompson–Isaac Time–Space Theory (TITST) introduces a novel framework for modeling spacetime, redefining time dilation as a spatial distortion effect rather than a fundamental alteration of time itself. This theory extends Special and General Relativity by integrating corrections from quantum entanglement, cosmological expansion, and quantum gravity—offering a modular, adaptable structure compatible with existing physics while accommodating future advancements. TITST has been evaluated across more than 500 simulation scenarios involving relativistic and cosmological datasets, demonstrating 0–1% deviation from observed results. If confirmed, it presents a path toward unifying gravitational, quantum, and cosmological physics, producing testable predictions that remain consistent with established empirical evidence while opening new directions for theoretical exploration.