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Which consequence results when entangled photons encounter dissimilar filters?

A)Polarization correlation is momentarily disrupted
B)Quantum decoherence permanently breaks entanglement
C)Wavelength shifting restores superposition states
D)Spatial separation instantaneously halts entanglement

💡 Explanation

Polarization correlation is disrupted because measurement collapses the entangled state due to quantum entanglement. Therefore, the correlation fluctuates rather than causing permanent decoherence, because decoherence requires extensive environmental interaction, and wavelength shift, angular displacement do not reverse the collapse.

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