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Ein neuer Ansatz für den Bau rauschresistenter Quantensensoren

Quantensensoren, Geräte, die Messungen unter Ausnutzung quantenmechanischer Phänomene erfassen, könnten potenziell extrem schwache magnetische, gravitative und elektromagnetische Signale mit einer höheren Empfindlichkeit als klassische Sensoren detektieren. Einige Quantensensoren nutzen die Verschränkung, ein Phänomen, bei dem weit entfernte Teilchen so stark miteinander verbunden sind, dass der physikalische Zustand eines Teilchens den Zustand der anderen bestimmt.

Phys.org Quantum Physics

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Aug 18, 2026 at 12:00 PM UTC · 1 Min. Lesezeit

Ein neuer Ansatz für den Bau rauschresistenter Quantensensoren
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Quantensensoren, Geräte, die Messungen unter Ausnutzung quantenmechanischer Phänomene erfassen, könnten potenziell extrem schwache magnetische, gravitative und elektromagnetische Signale mit einer höheren Empfindlichkeit als klassische Sensoren detektieren. Einige Quantensensoren nutzen die Verschränkung, ein Phänomen, bei dem weit entfernte Teilchen so stark miteinander verbunden sind, dass der physikalische Zustand eines Teilchens den Zustand der anderen bestimmt.

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Originally reported by Phys.org Quantum Physics

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