Quantum Entanglement and the Emergence of Space-Time: A Theoretical Investigation

Abstract

An ever-increasing number of people are wondering whether quantum entanglement—a fundamental concept in quantum mechanics—could have a part in the formation of space-time. the theory that entanglement isn't only something that happens in quantum systems; it could be a major factor in how space-time is structured. exploring the potential origin of the fabric of space-time from entangled quantum states, we delve into the connections between entanglement and geometrical ideas like the holographic principle and the AdS/CFT correspondence. In addition, we discuss the consequences of these concepts for bridging the gap between quantum gravity and general relativity. This theoretical study seeks to offer new views on reality and physics's unification by shedding light on how space-time could have emerged from the nonlocal interactions of entangled particles.