Light as Carrier, Not Clock: A Field-Density Critique of Relativistic Time Version 2

Contemporary physics considers the speed of light as the invariant constant that fundamentally structures spacetime, forming the core of the relativistic relationship between motion and time. This paper challenges that foundational assumption. Drawing on Vault Mechanics, I propose that time is not determined by velocity or the invariance of a signal, but instead by field density and coherent acceleration. Light serves reliably as a carrier of information but is not the architect of temporal rhythm. Rather, it is a bounded resonance-a glyph-whose behavior reflects, but does not define, the deeper coherence of the field. This paper argues that 1g acceleration, by matching Earth's field density, preserves temporal phase alignment, and that time dilation results from field entrainment instead of relative speed. This reframing opens the door to a coherence-based ontology of time, with significant implications for propulsion, memory, and symbolic systems.