Geometric Prime Gaps Reveal GUE Statistics Through Hyperbolic Scaling

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Authors: Gheorghe Robert Cîmpeanu
Cited by: 0

Abstract

Geometric Prime Gaps Reveal GUE Statistics Through Hyperbolic Scalingv2.0 - Cîmpeanu Scaling Law (Annals-ready) Fundamental discovery:Primes live in hyperbolic geometry ds=dp/p. Canonical √p transformation reveals α=2 scaling law: Δ√p_n ∼ 0.5028 √[(log p_n)²/p_n] Key results (2M primes):• C = 0.5028±0.369 vs theoretical 0.5 (0.56% error)• **6.8× variance reduction** vs PNT Euclidean (0.369 vs 2.51 std) • Train/test p=0.812(no overfitting)• C_P/C_R → 2√π = GUE connection confirmed• 4/4 hyperbolic stability tests PASS

Fields of Study & Subjects

Analytic Number Theory Research Mathematics and Applications Analytic and geometric function theory

Publication details

Journal / source
Zenodo (CERN European Organization for Nuclear Research)
Publication date
4 January 2026