Empirical Validation of the Warped Information Number (WIN) Paradigm: Geometric Unification of Particle Physics and Cosmology from a Single Input Parameter

The Warped Information Number (WIN) Paradigm treats all physical observables asholographic information imprints on a finite capacity N = 64 Majorana fermion substrateembedded in a warped slice of AdS5. Starting from the single observed ratio MPl/vEW ≈4.96 × 1016, the framework fixes the warp factor kL = 38.44 and derives the full spectrumof particle masses, kinetic mixing, dark matter relic density, gravitational resonances, andcosmological parameters. The N = 64 substrate decomposes into Standard Model representations via the coset structure of SO(5) × U(1)X, yielding exactly three generations. Keypredictions include a dark photon as the lightest KK mode of a hidden U(1)′ with mass0.15–2.8 GeV and mixing ε ≈ (1.2 ± 0.3) × 10−3sin⟨θ⟩, and a first spin-2 KK graviton at1.52 TeV. The model is strictly falsifiable at > 5σ through high luminosity collider, beamdump, and multi messenger cosmological tests. Current data, including recent DESI andEuclid releases, are fully consistent with the predicted parameter space.