Convergence -force.

We propose a universal scalar field Φ(xµ) that preserves quantumcoherence by coupling to matter via gΦψψ¯ . Unlike fundamental forcesor the Higgs field, Φ acts as a classical background without quanta orspontaneous symmetry breaking. The model predicts:• Measurable phase shifts (0.63 ± 0.07 rad) in GaAs tunnelingexperiments• 5σ improvements in proton-proton correlation fits• Fringe visibility enhancements (∆χ2 = −0.021, p = 0.04) inelectron interferometryFor charged particles, Φ complements electromagnetic coherencemechanisms, while serving as the sole substrate for neutral systems.The framework is falsifiable through atomic clock comparisons (∆f /f ∼10−16) and collider signatures (σ/σSM = 1.03 ± 0.01). Renormalizationgroup analysis shows asymptotic freedom, ensuring consistency withStandard Model constraints. predicts measurable deviations in interference and tunneling experimentsand provides a physically grounded explanation for the wave-particle duality.