A cavity magnonic system with YIG sphere uses the sign of the magnon Kerr coefficient to produce nonreciprocal SQPT with different critical drive strengths for K>0 versus K<0.
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A microscopic theory and experiments unify conventional structural chirality with synthetic chirality from traveling-wave phase accumulation to explain magnetic nonreciprocity.
A driven two-level system generates distributable entanglement via Mollow sidebands, but near-maximal remote entanglement stabilization requires added filter cavities and optimized driving parameters explained by an effective two-mode squeezing model.
Superconducting diodes provide coherent nonreciprocal qubit-qubit coupling and realize a nonreciprocal half-iSWAP gate in cQED architectures.
citing papers explorer
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Nonreciprocal superradiant quantum phase transition induced by the magnon Kerr effect
A cavity magnonic system with YIG sphere uses the sign of the magnon Kerr coefficient to produce nonreciprocal SQPT with different critical drive strengths for K>0 versus K<0.
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Theory and Experiment of Chirality-induced Magnetic Nonreciprocity Manifested by Coupling Phase
A microscopic theory and experiments unify conventional structural chirality with synthetic chirality from traveling-wave phase accumulation to explain magnetic nonreciprocity.
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Driven two-level systems as a minimal resource for remote entanglement stabilization
A driven two-level system generates distributable entanglement via Mollow sidebands, but near-maximal remote entanglement stabilization requires added filter cavities and optimized driving parameters explained by an effective two-mode squeezing model.
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Nonreciprocal quantum information processing with superconducting diodes in circuit quantum electrodynamics
Superconducting diodes provide coherent nonreciprocal qubit-qubit coupling and realize a nonreciprocal half-iSWAP gate in cQED architectures.