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This study demonstrates a breakthrough in maintaining exceptional points—specific types of topological defects—within atomic arrays despite strong external forces. By leveraging specific geometric manipulations alongside magnetic fields, researchers have identified a viable pathway to constructing more stable and controllable quantum systems. This advancement directly addresses fundamental challenges in preserving quantum coherence under intense operational conditions.

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Researchers Stabilise Topological Defects under Strong Fields

Quantum Zeitgeist16 septembrie 20261 min de cititArticolul și perspectiva sunt în engleză.

Until now, topological defects in materials vanished when subjected to sufficiently powerful external forces. This work reveals how these features, specifically ‘exceptional points’, can actually persist even under intense conditions within carefully shaped atomic arrays. By manipulating array geometry alongside magnetic fields, scientists have discovered a pathway towards more stable and controllable quantum systems than previously thought possible.

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