Question: 6 7 YH How does quantum entanglement, as described by the EPR paradox and confirmed by Bell tests, challenge classical notions of locality and realism?
YH How does quantum entanglement, as described by the EPR paradox and confirmed by Bell tests, challenge classical notions of locality and realism? Discuss its implications for fundamental principles in quantum mechanics and its theoretical connections to concepts like the uncertainty principle and quantum field theory. Additionally, explore its practical applications in quantum technology, such as quantum computing and communication. Consider recent advancements in theoretical physics to substantiate arguments, delving into its philosophical implications for our understanding of reality. How might this understanding influence theoretical frameworks and technological innovations in fields like civil engineering?
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