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← ScienceWhich effect accompanies wavefunction collapse when measuring entangled photons?
A)Indeterminate superimposed state initialization
B)Non-local instantaneous state assignment✓
C)Probability density function symmetry
D)Positional uncertainty principle saturation
💡 Explanation
Measuring entangled photon properties induces wavefunction collapse. Quantum entanglement enforces state correlations, so measurement causes non-local instantaneous state assignment because the paired photon instantaneously adopts the correlated state. Therefore, it avoids probabilistic superpositions rather than alternative options.
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