Unlocking the FTL realm: A new quantum entanglement equation bridging, gravity, relativity and instantaneous communication

This paper introduces my first theoretical model proposing that gravity may act as a bridge between dimensions, enabling faster-than-light (FTL) quantum entanglement. Building on concepts from general relativity, Hawking radiation, and quantum mechanics, I explore the possibility of an “FTL realm”  a higher-dimensional space where the usual speed limit of light does not apply. The model connects existing ideas such as Gravitationally Induced Entanglement (GIE) and the ER=EPR conjecture, suggesting that entanglement might be the geometric result of gravitational links across dimensions. While speculative, this approach offers testable predictions and aims to open new discussions on unifying gravity, quantum physics, and information transfer beyond conventional spacetime.