Which outcome occurs when entangled electron pairs in separate quantum dots both undergo measurement?

A)Measurement outcomes show correlated statistics✓

B)Decoherence affects only one electron spin

C)Superposition states remain entirely independent

D)Only one dot's state becomes well-defined

💡 Explanation

Correlated statistics emerge because quantum entanglement creates paired states described using joint probability; the spins are instantaneously correlated, therefore their measurements are linked, rather than remaining independent under disturbance or only affecting one physically.

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Which outcome occurs when entangled electron pairs in separate quantum dots both undergo measurement?

💡 Explanation

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