Which outcome occurs despite physical separation when measuring entangled photon polarization through quantum key distribution?

💡 Explanation

When measuring polarization in entangled photons, strong correlations exist because their states are quantum mechanically linked, causing measurement outcomes to be correlated even with spatial separation. Therefore the correlations are predictable in the presence of randomness, rather than key interception, decoherence or violation of Bell's theorem which are incorrect.

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