Temporal Decoupling v9

Temporal Decoupling v9.0 The Unified Master Framework for Chronometric Refraction and Void-Origin TopologyTemporal Decoupling v9.0 presents the definitive formalisation of the framework, transitioning from earlier polar models to a rigorous 90-degree Quadrature Refraction architecture. This "Master Edition" resolves previous geometric ambiguities by introducing the North-South Hemispheric Charge Rule, where particle charge is a fluid-vortex function of tilt relative to the universal Eastward expansion vector (90∘).Key Technical Breakthroughs: The Refractive Mass Derivation: By reinterpreting the 1.090 Hubble Ratio as a universal chronometric refractive index (nc), this paper provides the first geometric derivation of the Standard Model quark spectrum and the Muon g-2 anomaly.Spatial Decoupling of Antimatter: This framework resolves the Baryon Asymmetry problem through topological scattering. Antimatter is identified as the 180° Exit Point of a flow line; for shallow-angle particles like Electrons and Neutrinos, this exit point is cast light-years away from the Matter entry point, explaining the perceived absence of antimatter in our local volume.The Selection Rule of resilience: We define the Chronometric Yield Strength that separates the quantum and classical regimes. "Flexible" (shallow) flow lines allow for entanglement and tunnelling, while "Brittle" (deeply coupled) flow lines reach a geometric snap point under pressure, triggering pair production.Quantum Phase Dynamics: Entanglement is reinterpreted as Mid-Line Fractal Manifestation, where measurement forces a localized crease in the timeline bulk while preserving the continuity of the Timeless Sea (TSC) structure. The framework recovers relativistic limits while offering a primary falsifiable signature: a 250x jump in qubit coherence at the Sun-Earth L2 point due to the reduction in timeline coupling friction.