A Bond Beyond Time ⚡ экспресс
Original: "Time, quantum entanglement, and particle decay"
A muon experiment proved their connection ignores whether measurement or decay came first.
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Quantum entanglement doesn't care about 'before' or 'after'. The muon experiment showed that particle correlations persist even after one decays. For these correlations, temporal order is like the color of twins' ties: it doesn't matter who put it on first, they're still the same. This challenges our usual picture of time as a flow of events.
🎯 Muons are born when cosmic rays bombard the atmosphere. Every second, hundreds of these invisible and harmless particles pass through your body.
🎬 Like in the movie 'Tenet', where time flows in opposite directions, here observers can't agree on chronology—and physics doesn't break down.