A Paradigm Shift in Quantum Entanglement Interpretation: Reevaluating Bell's Theorem

Abstract

This study critically examines the prevailing interpretations of Bell's theorem in quantum entanglement, a cornerstone of modern physics. We employ a theoretical framework that integrates recent advancements in quantum information theory and relativistic quantum mechanics. By applying rigorous mathematical analysis to experimental data, we reveal inconsistencies in conventional understandings that have significant implications for the philosophy of quantum mechanics. Our results suggest a reconceptualization of entanglement phenomena, advocating for a paradigm shift in how we approach quantum theories. These findings not only challenge long-standing beliefs but also pave the way for novel experiments and technological applications in quantum computing and communication.