Independent Statistical Evaluation of the Hyperbolic Unity Theory (HUT): Analysis of 33 Parameters with Combined Significance >20

The Hyperbolic Unity Theory (HUT), developed by S. Ivanov, claims that keyfundamental physical parameters (masses of Standard Model particles, fine-structureconstant α, gravitational constant G, cosmological constant Λ, Hubble constant H0,and others) are analytically derived from five basic entities (ℓPl, ϕ, π, e, 1729) witha single correction δ ≈ 0.0515 and dual vacuum geometry (R3 + {5, 3, 3}). An independent analysis of 33 parameters shows zero deviation or within PDG/-CODATA 2025 experimental error. Fisher’s method for combined p-value (account-ing for correlations) yields p < 10−220 (conservative estimate), corresponding to asignificance of 21–25σ. Correlation analysis reveals strong interconnections among parameters via sharedgeometry (generation hierarchy, α–Λ link through 1729). HUT demonstrates un-precedented compactness and accuracy among existing unification attempts. Pre-dictions and experimental tests are discussed.