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← ScienceWhich consequence results when vacuum energy disturbs quantum entangled photons?
A)Increased fidelity in quantum cryptography
B)Decoherence compromises secure communication✓
C)Enhanced resistance to signal jamming
D)Spontaneous superposition state amplification
💡 Explanation
Vacuum energy fluctuations induce spontaneous emission; the entanglement is broken from induced dipole interactions. This decoherence compromises security, because the entangled state collapses before information transfer, therefore secure transmission fails, rather than being amplified.
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