Quantum entanglement, a phenomenon by which two or more particles share correlated properties through some instantaneous link, is tricky business. The quantum-mechanical bond entangling two particles is so delicate, it can be broken by any number of outside perturbations. Try entangling three particles, and the system becomes just that much more vulnerable to interference.
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"The question now is, will the Born probability interpretation break down when a certain critical number of photons are entangled allowing faster-than-light and backwards-in-time signal nonlocality?" Jack Sarfatti