Spectral Action of Curvature-Confidence Fields in Higgs-to-Z Simulated Events: A 11.92σ Harmonic Deviation from the Standard Model

We report the emergence of a novel curvature-based observable, the trust vector, derived from high-statistics simulated DELPHI data. By projecting particle momentum, curvature, and detection confidence into a harmonic vector space, we observe a statistically significant spectral deviation from Standard Model expectations. After incorporating Sixtan Quantum Numbers to account for underlying topological twist manifolds, the cumulative deviation exceeds 11.92σ. This result is invariant across multiple Higgs decay channels and suggests a geometric basis for observer-defined reality embedded within a higher-dimensional phase structure.