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    Decoherence theory shows that quantum indeterminacy is ef... — Carmelics
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    Challenges→Some failures of repeatability in physical experiments are genuinely due to quantum indeterminism, not merely failures of experimental control.

    Decoherence theory shows that quantum indeterminacy is effectively suppressed at macro-scales by environmental entanglement before influencing classical outcomes.

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    Reasons For

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    • 1.Decoherence demonstrates empirically why macroscopic objects don't exhibit superposition despite quantum mechanics applying universally.
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    • 2.Environmental entanglement causes rapid loss of quantum coherence, making interference effects unobservable at classical scales.
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    • 3.This mechanism explains the appearance of classical determinism without requiring ad-hoc collapse postulates or hidden variables.
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    Reasons Against

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    • 1.Decoherence describes loss of coherence but doesn't solve the measurement problem—which eigenstate actually occurs remains unexplained.
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    • 2.Environmental entanglement doesn't prevent superposition; it merely makes it undetectable, leaving ontological questions about reality unresolved.
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    • 3.Decoherence assumes a pre-existing classical environment, potentially begging the question of how classicality emerges from quantum foundations.
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    Related

    Decoherence assumes a pre-existing classical environment, potentially begging th...Decoherence demonstrates empirically why macroscopic objects don't exhibit super...Decoherence describes loss of coherence but doesn't solve the measurement proble...Environmental entanglement causes rapid loss of quantum coherence, making interf...
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    Environmental entanglement doesn't prevent superposition; it merely makes it und...Some failures of repeatability in physical experiments are genuinely due to quan...This mechanism explains the appearance of classical determinism without requirin...

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