One Topological Constant Predicts Thirteen Physical Domains: Fractional Dynamics on an 11-Node Graph

A single topological constant α = 6/5, derived as an exact eigenvalue of the normalized graph Laplacian of an 11-node Sephirotic network, generates zero-parameter predictions across thirteen physical domains: neutrino oscillations (MiniBooNE), galactic rotation curves (124 SPARC galaxies), EEG cross-frequency coupling (109 subjects), transferred potential correlations, LHC dijet angular distributions, general relativity recovery, Josephson junction phantom voltages, superconducting qubit decoherence, fusion plasma transport (55 measurements from 15 tokamaks), emergent quantization, and emergent gravity. Fisher's method combining three independent tests yields χ² = 45.2 (6 dof), p = 4.3 × 10⁻⁸, corresponding to 5.4σ combined significance. No parameters are fitted to data.