This paper presents a novel framework for quantum gravity by defining it as amechanical effect rather than an inherent property of mass. We propose the existenceof the Momentumistic Gravitational Field (MGF), a universal, passive substrate thatremains identical across all scales. Under this model, Schrödinger’s waves act as carriersof momentum density; as these waves propagate, they exert a physical mechanicalstress upon the MGF, which is observed as gravitational curvature. Because the MGFis purely reactive and possesses physical inertia, this framework successfully accountsfor gravitational influence in states of superposition and explains the propagationof gravitational ripples at the speed of light without the theoretical requirement ofmediator particles such as gravitons.
Mihir Pratap (2026) studied this question.