Quantum communication using entanglement suggests that two distant parties can share a hidden connection through correlated quantum particles. While individual measurements are random, the outcomes between entangled pairs are perfectly linked—when one is measured, the other instantly reflects a correlated result, even across galaxies. By using structured patterns of these correlations (such as groups of matching or flipped results), it’s possible to encode binary information without sending anything physically. If future technology allows for interpreting these patterns without classical communication, this method could enable a form of faster-than-light communication, where meaning is derived not from direct control, but from shared quantum structure.

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