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This research demonstrates a measurable phase shift in entangled states due to monopoles, suggesting new detection methods.
This research examines the existence and behavior of magnetic monopoles within the framework of quantum mechanics, establishing a theoretical correlation with the phenomenon of quantum entanglement. By modifying Maxwell's equations to include a magnetic charge density, we model the interaction between an isolated magnetic charge and an entangled quantum system. The results suggest that the presence of a monopole induces a measurable phase shift in the entangled states, potentially serving as a novel method for indirect detection of these elusive particles.
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Dixon Godillo (2026) studied this question.
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