Dear Physics Stack Exchange community,
I am intrigued by the concept of quantum entanglement and its implications for our understanding of the fundamental nature of reality. I have come across various explanations regarding the phenomenon of non-locality in quantum systems, where entangled particles appear to instantaneously influence each other's properties regardless of the distance between them. However, I am seeking further clarification on whether this non-local behavior is an inherent aspect of quantum mechanics or if it poses a violation of causality.
I would greatly appreciate if someone could shed light on the following questions:
1. Does quantum entanglement necessarily imply non-locality, or are there alternative interpretations that can explain entangled particle correlations without invoking non-local influences?
2. Can non-locality in quantum systems be reconciled with the principle of causality? Are there any theoretical frameworks or experimental evidence suggesting that non-locality does not violate causality?
3. What are the prevailing theories or models that attempt to explain the mechanism behind non-locality in quantum systems? Are there any ongoing research efforts aimed at further understanding this phenomenon?
I have a solid background in quantum mechanics and would welcome any insights, references to relevant research papers, or further reading materials on this topic. Thank you in advance for your expertise and guidance.