A Unified Temporal Field Theory of Emergent Physics

Author’s Note This article constitutes a self-contained component of a broader theoretical program. The framework has been intentionally developed in a modular form, where individual papers address specific layers of the construction with maximal internal rigor and independent testability. Consequently, certain questions that may appear only partially explored within the present text — including transitions between hierarchical levels, scaling relations, parameter calibration, and connections to established physical theories — are treated in complementary works of the same series. The separation of results across multiple publications is deliberate. Each module is designed to remain logically complete while avoiding unnecessary expansion beyond its primary scope. The full structure of the theory therefore emerges through the collective reading of several interconnected papers rather than through a single comprehensive exposition. This organizational choice reflects the hierarchical nature of the framework itself: different levels of description require different mathematical and conceptual tools. References to related works are provided whenever additional formal development is required. The present article should thus be read as one rigorously defined element within an evolving research program.