Temporal Wave Particle Duality and Causal Consistency in a Discrete 6D Spacetime Manifold

Modern theoretical physics faces profound incompatibilities between general relativity andquantum mechanics. The singularities of black holes, the measurement problem, and the vastdisparity between fundamental forces suggest that the standard four dimensional model is incomplete.This paper proposes a six dimensional spacetime manifold consisting of three spatialand three temporal dimensions. I posit that time exhibits wave particle duality, and the speedof light serves as a perceptual demarcation point where spatial and temporal dimensions undergoan inverse pivot. By modeling unobserved events as standing waves across a discrete threedimensional temporal archive, causal consistency is mechanically enforced via destructive interference.This framework mathematically unifies the strong nuclear force and gravity, derives theSU(3) gauge symmetry directly from temporal spinor algebra, resolves vacuum instability viacausal gauge constraints, and provides a deterministic mechanism for quantum probability. Furthermore,it offers testable predictions regarding Lorentz Invariance Violation at cosmologicalscales. Version 2 Update: Minor numerical correction regarding the gravitational/Planck mass ratio comparison in Section 5.1 to better align with the rigorous mathematical derivations introduced in the subsequent G.E.M.S. framework.