Deriving Gravitational Mass from the Time-Integral of Charge Flux

Standard modern physics suffers from severe mathematical infinities when treating fundamentalparticles as zero-dimensional points, particularly when attempting to reconcile General Relativitywith Quantum Field Theory. This paper proposes an alternative framework: the Quantum VectorField (QVF) theory. We model space not as an abstract geometric continuum, but as a physical,frictionless, quantum superfluid. Within this medium, electric charge is defined as theinstantaneous volumetric flux of localized fluid pumps (sources and sinks). Crucially,gravitational mass is derived not as an intrinsic static property, but as the long-termtime-integral of the absolute value of this fluid displacement history. By establishing mass as astructural consequence of integrated electrodynamic forces, we propose a framework intendedto eliminate singularities, physically relate gravity with electromagnetism, provide adeterministic pilot-wave baseline for quantum wave-particle duality, and offer a verifiable,low-energy laboratory prediction to test vacuum gravity decay. This work is presented as a theoretical preprint by an independent researcher.