Constitutional Geometry Framework: Standard Model Parameters from 3-4-5 Triangle (v31.0)
Constitutional Geometry Framework: Standard Model Parameters from 3-4-5 Triangle (v31.0)
Complete derivation of Standard Model parameters and material properties from 3-4-5 triangle geometry with zero free parameters. Includes:- Fundamental constants (α, ℏc, α_s, sin²θ_W) with <1% error- Quark mass ratios (m_s/m_d = 20 exact, 5 additional ratios)- Lepton masses (3 ratios, <0.02% error)- Neutrino sector (masses 2:6:33, mixing angles <1% error)- Electroweak unification (M_Pl, v, W, Z, H masses)- Material properties (70+ refractory compounds, <2% error)- Grand Unified Equation: E_0 = P_Pl × α^48 × (P/F) v31.0 additions: Grand Unified Equation, refined α_s = 9/76 (0.44% error), m_H/m_W physics derivation (2F/a²), energy scale specifications.
materials science, Higgs boson, standard model, geometric unification, constitutional geometry, fundamental constants, neutrino mixing, lepton masses, fine structure constant, quark masses, Planck mass, 3-4-5 triangle, theory of everything, refractory compounds, particle physics
materials science, Higgs boson, standard model, geometric unification, constitutional geometry, fundamental constants, neutrino mixing, lepton masses, fine structure constant, quark masses, Planck mass, 3-4-5 triangle, theory of everything, refractory compounds, particle physics
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