Four Forces from Four Entanglement Patterns: Bell Pair Mechanism and Time-Gravity Equivalence in Entanglement-Driven Cosmology

We demonstrate that the four fundamental forces arise from distinct holographic entanglement patterns between local spacetime and boundary degrees of freedom. The structure factor η = 4nL·nB/(nL+nB)² uniquely determines force characteristics: strong force (η=1.0, pattern 2-2) exhibits confinement via maximum entanglement, electromagnetism (η=0.75, pattern 3-1) shows infinite range from local-heavy asymmetry, weak force (η=0.75, pattern 1-3) displays parity violation from boundary-heavy asymmetry, and gravity (η=0, pattern 0-4) is purely geometric. Framework predicts helical structure in QCD flux tubes with winding number n=2, correlation between CP violation phases and η-factors in baryon decays, and specific fragmentation patterns in hadronic jets. Testable via existing LHCb and lattice QCD data.