The SYK TENSOR Quantum Information Network (QIN): Force Unification in a Chaotic Qubit Substrate with Holographic Gauging and Finite Capacity Regulation

AbstractWe present the SYK TENSOR Quantum Information Network (QIN) as a complete framework forforce unification. All fundamental forces, gravity,electromagnetism, weak, and strong emerge froma single pre geometric, finite capacity Majoranaqubit substrate governed by flavored all to all SYKinteractions and holographic tensor code gauging.Gravity arises from scrambling backreaction (validated λL ≈ 0.85, r = −0.94 anticorrelation). Standard Model gauge group SU(3)C×SU(2)L×U(1)Ywith chiral structure emerges from flavored extensions, promoted to local symmetries via code projection. Toy model numerical verifications confirm exact global conservation of U(1)Y charge,SU(3)C color, and chiral SU(2)L on left handedsectors. Running couplings are predicted from substrate parameters (λL,Nf), unifying at the finiteN Planck scale without extra dimensions or supersymmetry. The framework is UV finite by construction with soft Gaussian regulation (γ ≈ 1.01.2).