Quantum Information Grand Unified Theory (QI-GUT): Unifying Gravity and Gauge Forces via Quantum Entanglement NetworksWe propose a novel framework, the Quantum Information Grand Unified Theory (QI-GUT), which unifies gravity and gauge interactions by treating spacetime and fundamental forces as emergent from an underlying quantum entanglement network. This approach leverages a quantum error-correcting code embedded within an SO(10) grand unification structure, providing a self-consistent mechanism for generating spacetime geometry and gauge bosons. Our model naturally reproduces Einstein’s field equations, predicts the unification of fundamental forces, and offers a new perspective on dark matter as stable defects in the entanglement network. The theory makes concrete, testable predictions, including Planck-scale deviations in gravitational waves, modified black hole entropy scaling, and observable proton decay signatures. This work bridges quantum information theory and high-energy physics, presenting a pathway toward a deeper understanding of quantum gravity and unification.