In a recent study, scientists have discovered a new quantum paradox in photonics. This paradox is an example of quantum entanglement, which occurs when a single particle can exist in two places at once, and is a cornerstone of quantum physics. With this new discovery, scientists hope to unlock even more secrets of the quantum world.

The quantum paradox in photonics is based on a phenomenon called “non-locality,” which is when two particles are connected in some way, even if they’re separated by a large distance. In this case, the researchers found that when two photons—the smallest particles of light—were entangled, they could interact with each other no matter the distance between them.

This new understanding of non-locality could lead to a better understanding of quantum mechanics and the ability to use quantum entanglement for practical applications. The researchers are hopeful that this quantum paradox in photonics will help unlock the mysteries of the quantum world.

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source: Phys.org