Octonionic Corrections to Renormalization Group Equations: A Parameter-Free Prediction from the Ahmadov Constraint Theory (ACT)

The Ahmadov Constraint Theory (ACT) derives octonionic corrections to renormalization group equations from pure G₂ geometry. From the constraint axiom A0, octonion non-associativity generates β-function corrections: Δb₁ = -24/7, Δb₂ = +14/5, Δb₃ = 0. These exact rational numbers achieve 99. 3-99. 96% precision for gauge coupling unification at MU = 10¹⁷ GeV with zero adjustable parameters. ACT uniquely predicts sin²θW = 1/4, distinct from traditional grand unified theories (SU (5), SO (10) ) which predict 3/8. Corrections are incompatible with minimal supersymmetry, providing clear experimental distinction. Related resourcesAdditional preprints, theoretical frameworks, and ongoing work by the author are available at: https: //murad-ahmadov. github. io/