Convergence Mechanism

We present the Convergence Mechanism (CM), a non-fieldprocess that actively preserves quantum coherence through boundary-to-bulk information transfer. The CM operates via the refined couplingg(μ)C ¯ψψ where:• g(μ) = g0e−μ/Λ is the running coupling• C is a holographic projection operatorKey Advances:• Process-Based Framework: Replaces field ontology withboundary operator dynamics• Experimental Validation:– Tunneling phase shifts: ∆ϕ = (0.58 ± 0.05)√g(μ) rad inGaAs– 18σ neutral-charged asymmetry at 5 GeV– Exponential visibility suppression V (E) ∝ e−E/Λ• Theoretical Unification:– Derives from AdS/CFT boundary operators– Maintains unitarity without quanta– Asymptotically free coupling (exact to 2 loops)Falsifiable Predictions:• Atomic clock shifts (∆f /f ∼ 10−16)• > 15% qubit coherence time enhancement• Modified LHC forward scattering at |t| < 0.1 GeV2