PFUSRC 47.0: Geometric Resolution of Modern Physics Blind Spots via the 45° Coaxial Double-Cone Topology and Explicit–Implicit Sevenfold Coupling

This paper presents a unified geometric framework within the PFUSRC paradigm to resolve long-standing blind spots in modern physics, based on the 45° coaxial double-cone geometry and explicit–implicit sevenfold coupling. The model systematically maps dark matter and dark energy, the black hole information paradox, cosmic inflation, the Hubble tension, and the muon g-2 anomaly to distinct structural components of the double-cone system: the upper cone, lower cone, and waist convergence region. We demonstrate that these phenomena, conventionally attributed to unknown particles or hypothetical fields, arise naturally as consequences of fundamental spacetime topology. This approach eliminates the patchwork nature of the Standard Model and yields falsifiable predictions for next-generation gravitational-wave and high-energy physics experiments.