Quantum Asymmetric Virtual Field Flow as a Model for Gravity

We propose a novel interpretation of gravity as a macroscopic effect of microscopicquantum interactions, specifically involving the asymmetric exchange and interference ofvirtual particles. This model bypasses the need for spacetime curvature by describinggravitational attraction as the net result of virtual particle imbalance—generated bymass-induced interference in otherwise symmetric vacuum fluctuations. We explore thetheoretical foundations, similarities with the Casimir effect and Le Sage gravity, andimplications for unifying gravity with quantum field behavior.