EPR Paradox Resolved with Quantum Computing - Episode 7

Explore a 17-minute educational video where Oxford PhD researcher Maria Violaris demonstrates how to resolve the Einstein-Podolsky-Rosen (EPR) paradox using quantum computing, without requiring instantaneous action-at-a-distance between entangled particles. Learn to implement this famous thought experiment on a quantum computer using Qiskit while tracking the local flow of information and understanding its consistency with Bell's theorem and Bell non-locality. Discover how quantum systems can maintain locally inaccessible information that resists decoherence, supported by hands-on code examples available in a provided Jupyter notebook. Delve into advanced quantum concepts through referenced academic papers on information flow in entangled systems, and connect this knowledge with other episodes in the Quantum Paradoxes series. Perfect for those interested in quantum mechanics, computing, and theoretical physics, with additional resources available for beginners in quantum information and computation.