August 19, 2025Open Access

Quantum Mechanics and Local Realism: Resolving the EPR Paradox via Decoherence

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This analysis reveals that local realism is compatible with quantum mechanics, challenging traditional interpretations of Bell's theorem.

Decoherence illustrates that measurement on one particle does not collapse the wavefunction of another instantaneously, supporting local realism.
The findings challenge Bell's theorem by demonstrating that observable outcomes can evolve through local interactions and environmental influences.
Using the framework of quantum decoherence allows for a robust analysis of EPR-like systems, showing interactions shape measurement outcomes.
This work suggests that reconciling locality and realism in quantum theory may strengthen its foundations and enhance its application in quantum computing.

Everett Wang (2025) studied this question.

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