Quantum Flow of Spacetime (QFS)

This work introduces the Quantum Flow of Spacetime (QFS) framework, a novel approach to understanding spacetime dynamics through discrete space-quanta and vacuum fluxes. Unlike classical formulations, QFS models spacetime as a dynamic, granular flow where gravitational and inertial phenomena emerge from the collective motion of space-quanta rather than continuous curvature alone. Key contributions of this paper include: A formal definition of vacuum flux, mass-induced flux, and velocity-dependent flux, providing a unified description of relativistic effects. A reinterpretation of Newtonian gravity and gravitational waves in terms of spacetime flux dynamics. A framework connecting classical gravitation and quantum fluctuations within a single spacetime ontology. The QFS framework offers a self-consistent, quantized substrate for spacetime, providing a bridge between general relativity and quantum theory. This preprint lays the foundation for further exploration of flux-based dynamics, quantum-classical transitions, and gravitational phenomena in a quantized spacetime context. Keywords: Quantum gravity, spacetime flux, gravitational waves, theoretical physics, unified spacetime, vacuum energy Suggested License: CC BY-NC-ND (allows sharing while preventing commercial use or derivative works)