We propose a conceptual framework for gravity and space-time based on a quantum entanglementnetwork formed during the early stages of the universe. In this model, space is not a geometric backdrop but a physical quantum field — an EPR (Einstein-Podolsky-Rosen) field — created from long-range entangled particle pairs deployed during the Big Bang. Gravity emerges as a result of mass interacting with and bending this EPR field. This theory aligns with the core motion predictions of General Relativity (GR) but offers a deeper explanation of the nature of space, time, and gravity by rooting them in fundamental quantum connectivity. Notably, time is not treated as a real physical entity but as an emergent effect of energy transfer and entropy propagation through the EPR field. This framework potentially resolves conceptual gaps between quantum mechanics and general relativity by rethinking the ontological status of both space and time.
Mohamed Taher (2025) studied this question.