Quantum Batteries Gain Speed via Cyclic Indefinite Causal Order Charging

National Cheng Kung University researchers superposed N charging sequences using cyclic indefinite causal order, producing scalable efficiency bursts in quantum batteries. Validated on IonQ, Quantinuum & IBMQ, burst duration grows with charger count.

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Quantum Battery Charging via Cyclic Indefinite Causal Order

New protocol using cyclic indefinite causal order (ICO) superposing N charging sequences boosts quantum battery charging efficiency in measurable bursts—duration scales with charger count. Validated on IonQ, IBMQ, and Quantinuum NISQ processors.

#QuantumBatteries #IndefiniteCausalOrder #Research