Neutrino KATRIN Prediction

We report that the ratio of the third to second neutrino mass eigenvalues, derived from oscillation data, satisfies m3/m2 = φ(φ+2) to within 0.08%, where φ = (1+√5)/2 is the golden ratio. The exponent φ+2 = φ2+1 is precisely the fundamental golden ratio identity. This relation, combined with m2/m1 = φφ, predicts absolute neutrino masses: m1 = 3.98 meV, m2 = 8.68 meV, m3 = 49.49 meV, giving Σmi = 62.2 meV (consistent with cosmological bounds) and mβ = 9.33 meV. These predictions are derived from zero free parameters within the Generative Quasiperiodic Framework (GQG) and are published prior to the final KATRIN measurement. Falsification criterion: m3/m2 ≠ φ(φ+2) beyond 10%.