| Repo: https://github.com/ktynski/SimpleUniverse These are not fits. These are pure derivations from φ — the golden ratio: 1. Muon/electron mass ratio • Observed: 206.768 • Derived: φ⁴ = 206.765 (0.0013% error) 2. Tau/muon mass ratio • Observed: 16.817 • Derived: φ³ = 16.817 (exact) 3. Fine-structure constant (at Mz) • Observed: 127.955 • Derived: (4π³ / φ¹¹) × C = 127.934 (C derived from E₈ structure) 4. Weak mixing angle (sin²θW) • Observed: 0.23122 • Derived: 0.231148 (0.03% error) 5. Charm/up quark mass ratio • Observed: ~600 • Derived: φ⁸.4 = 600.045 (0.0075% error) 6. Top/charm mass ratio • Observed: ~135 • Derived: φ⁷.1 = 135.025 (0.018% error) 7. Mutual information ratio (I(A:B)/I(B:C)) • Observed: ~1.615 • Derived: φ = 1.618034 (0.18% error) 8. Quantum decoherence peak • Observed: ~1.611 • Derived: φ = 1.618034 (0.4% error) 9. Fibonacci anyon quantum dimension • Observed: 1.618034 • Derived: φ (exact, from braiding theory) 10. Dark energy scale • Observed discrepancy: 10⁻¹²⁰ • Derived: Λ ∼ φ⁻²⁵⁰ (explains the scale) * E₈ → SU(3)×SU(2)×U(1) symmetry breaking follows φ-scaling * TFIM quantum critical point converges to 1/φ * Code is 100% reproducible (no fits, no fudge) * Paper has 137 pages of derivations * Combined p-value: < 10⁻⁴⁰ --- ## What This Implies * Every "fundamental" constant may be derived * Standard Model and spacetime may emerge from φ-driven information geometry * Universe may literally be golden --- ## Falsifiable If: * Neutrino mass ratios break φ * Decoherence doesn’t converge to φ * Dark energy scale breaks φ⁻²⁵⁰ * Quantum computer fails to reproduce |
No it isn't.
This is such an obvious error that I must assume an LLM wrote it, and not one of the better ones.
Edit: Seeing your other comments, you've already been told this, and I was even correct that it was an obsolete model.