The Time Field Model (TFM): A Unified Framework for Quantum Mechanics, Gravitation, and Cosmic Evolution

While the original TFM framework employs a single effective field T, this revision introduces T+(x,t) and T−(x,t)—two complementary components whose wave-like interactions enrich microscopic phenomena while preserving the original large-scale results. These subfields globally cancel (T ≡ T+ + T−) but allow local quantum anomalies, bridging quantum mechanics and general relativity under a single theo retical umbrella. Matter–antimatter asymmetry arises from regional T+/T− imbalances, while global cancellation ensures net-zero energy. TFM explains galaxy rotation curves and the Planck 2020 CMB data without invoking unseen dark matter or dark energy. We present a Lagrangian formulation, show how “micro–Big Bangs” (continuous localized energy bursts) and “macro–Big Bangs” (rare large-scale surges) emerge naturally, and propose falsifiable experiments using gravitational-wave detectors, Casimir experiments [4], and near-field quantum probes. This expanded edition details how charge, spin, and mass follow from time-wave interactions, high lights the topological stability of “Dynamic Time Loops” (DTLs), and connects TFM predictions with Planck 2020, SPARC galaxy data, and ongoing gravitational-wave ob servations. As such, TFM serves as a comprehensive candidate for a unified “Theory of Everything.”