Quantum Entangled Space-time (QES) : A Testable Route to Quantum Gravity

This dataset supports a theoretical manuscript on Quantum Entangled Spacetime (QES), a framework in which classical spacetime geometry emerges from the entanglement structure of a finite quantum system. QES provides a novel approach to Quantum Gravity, presenting operator definitions for geometric observables, constructive entanglement-to-geometry inversion procedures, and semiclassical dynamics reproducing Einstein’s equations. Figures include entanglement networks, inversion workflows, emergent metrics, curvature operators, and experimental templates for interferometric tests, illustrating the role of quantum correlations as the fundamental constituents of spacetime.