Entanglement as the Universal Framework: Linking Gravity, Entropy, and Matter Through Photon Origin

Quantum entanglement is typically regarded as a microscopic phenomenon, relevant to particles and quantum information. This paper extends entanglement to a universal framework, positioning it as the foundational structure underlying matter, gravity, and entropy. Beginning with zero-energy photon pairs that diverge into positive and negative components, entanglement is preserved as photons evolve into massive particles. The result is a cosmos in which all structures remain connected through a cohesive entangled field. Gravity is reframed as the macroscopic continuity of entanglement, binding systems across scales, while entropy emerges as the measure of entanglement’s dispersal. By tracing matter, forces, and change back to photon entanglement at creation, this model presents entanglement as the fabric of reality itself.