Which outcome occurs because measurement collapses previously entangled photons?

💡 Explanation

Instantaneous spin correlation occurs via quantum entanglement; measuring one photon's spin forces the other to adopt the correlated spin state due to wave function collapse. Therefore, measurement leads to correlation, rather than changes decoherence or interference effects.

• During electrolysis of water with high overpotential electrodes, which outcome is linked to hydrogen evolution?
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• Which outcome occurs when thermal load exceeds graphite's sublimation threshold used in rocket nozzles?
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