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- W2995860622 abstract "We present a generic theoretical framework to describe nonreciprocal microwave circulation in a multimode cavity magnonic system and assess the optimal performance of practical circulator devices. We show that high isolation ($>56$ dB), extremely low insertion loss ($<0.05$ dB), and flexible bandwidth control can be potentially realized in high-quality-factor superconducting cavity based magnonic platforms. These circulation characteristics are analyzed with materials of different spin densities. For high-spin-density materials such as yttrium iron garnet, the strong-coupling operation regime can be harnessed to obtain a broader circulation bandwidth. We also provide practical design principles for a highly integratable low-spin-density material (vanadium tetracyanoethylene) for narrow-band circulator operation, which could benefit noise-sensitive quantum microwave measurements. This theory can be extended to other coupled systems and provide design guidelines for achieving tunable microwave nonreciprocity for both classical and quantum applications." @default.
- W2995860622 created "2019-12-26" @default.
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- W2995860622 date "2020-04-28" @default.
- W2995860622 modified "2023-10-06" @default.
- W2995860622 title "Magnon-photon strong coupling for tunable microwave circulators" @default.
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- W2995860622 doi "https://doi.org/10.1103/physreva.101.043842" @default.
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