Atomic Dance Against Chaos ⚡ экспресс
Original: "Observation of non-Hermitian many-body phase transition in a Rydberg-atom array"
Physicists saw how a collective of atoms uses its own losses to maintain order — like dancers catching each other.
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Quantum particles can behave like a well-coordinated team of rowers: when one loses rhythm, the others catch it and keep the boat on course. Such an effect was seen for the first time in a large ensemble of atoms, and it could bring us closer to building reliable quantum computers.
🎯 Due to the blockade effect, atoms cannot 'make a mistake' individually — any change requires the consent of the entire collective, like in a dance where all partners are linked.
🎬 This is reminiscent of a fantastic 'quantum armor': information about the initial state is preserved even under the attacks of chaos, because the system itself prevents it from being destroyed.