Chiral unidirectional interaction in cascaded cavity prolongs excited state lifetime in qubit-magnon system, suppressing re-excitation to increase purity and number of two-magnon bundles.
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External driving of the magnonic part in a weakly hybridized magnon-photon system enables tunable quantum heat rectification across the full physical range.
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Chiral interaction enhanced magnon bundle emission
Chiral unidirectional interaction in cascaded cavity prolongs excited state lifetime in qubit-magnon system, suppressing re-excitation to increase purity and number of two-magnon bundles.
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Driven Magnon-Photon System as a Tunable Quantum Heat Rectifier
External driving of the magnonic part in a weakly hybridized magnon-photon system enables tunable quantum heat rectification across the full physical range.