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← ScienceWhich consequence results when attempting to measure the spin of one photon entangled with another across a quantum communication channel?
A)Instantaneous polarization alignment occurs remotely.
B)Wavefunction collapse produces correlated outcomes.✓
C)Superposition states amplify signal detection.
D)Quantum decoherence degrades signal integrity.
💡 Explanation
Wavefunction collapse happens because measuring one entangled photon forces instantaneous determination of the other's state via quantum entanglement. This correlation provides secure channels; therefore correlated outcomes, rather than signal alignment emerge, due to entanglement effects.
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