Matches in SemOpenAlex for { <https://semopenalex.org/work/W4281758045> ?p ?o ?g. }
- W4281758045 abstract "Dissipative coupling of resonators arising from their cooperative dampings to a common reservoir induces intriguingly new physics such as energy level attraction. In this study, we report the nonlinear properties in a dissipatively coupled cavity magnonic system. A magnetic material YIG (yttrium iron garnet) is placed at the magnetic field node of a Fabry-Perot-like microwave cavity such that the magnons and cavity photons are dissipatively coupled. Under high power excitation, a nonlinear effect is observed in the transmission spectra, showing bistable behaviors. The observed bistabilities are manifested as clockwise, counterclockwise, and butterfly-like hysteresis loops with different frequency detuning. The experimental results are well explained as a Duffing oscillator dissipatively coupled with a harmonic one and the required trigger condition for bistability could be determined quantitatively by the coupled oscillator model. Our results demonstrate that the magnon damping has been suppressed by the dissipative interaction, which thereby reduces the threshold for conventional magnon Kerr bistability. This work sheds light upon potential applications in developing low power nonlinearity devices, enhanced anharmonicity sensors and for exploring the non-Hermitian physics of cavity magnonics in the nonlinear regime." @default.
- W4281758045 created "2022-06-13" @default.
- W4281758045 creator A5005347084 @default.
- W4281758045 creator A5065779548 @default.
- W4281758045 creator A5086963427 @default.
- W4281758045 creator A5087598206 @default.
- W4281758045 date "2022-08-22" @default.
- W4281758045 modified "2023-10-17" @default.
- W4281758045 title "Bistability in dissipatively coupled cavity magnonics" @default.
- W4281758045 cites W1520835611 @default.
- W4281758045 cites W1532991158 @default.
- W4281758045 cites W1637453976 @default.
- W4281758045 cites W1649271673 @default.
- W4281758045 cites W1901293783 @default.
- W4281758045 cites W1981602625 @default.
- W4281758045 cites W1986933492 @default.
- W4281758045 cites W1991137742 @default.
- W4281758045 cites W1999114167 @default.
- W4281758045 cites W2000185340 @default.
- W4281758045 cites W2007295004 @default.
- W4281758045 cites W2007884282 @default.
- W4281758045 cites W2008374522 @default.
- W4281758045 cites W2025137178 @default.
- W4281758045 cites W2027820805 @default.
- W4281758045 cites W2042589698 @default.
- W4281758045 cites W2047582383 @default.
- W4281758045 cites W2071448458 @default.
- W4281758045 cites W2097318959 @default.
- W4281758045 cites W2143935580 @default.
- W4281758045 cites W2144837813 @default.
- W4281758045 cites W2222517232 @default.
- W4281758045 cites W2226857920 @default.
- W4281758045 cites W2261188532 @default.
- W4281758045 cites W2300201209 @default.
- W4281758045 cites W2346140187 @default.
- W4281758045 cites W2560667888 @default.
- W4281758045 cites W2562932000 @default.
- W4281758045 cites W2590923639 @default.
- W4281758045 cites W2594437109 @default.
- W4281758045 cites W2607438670 @default.
- W4281758045 cites W2617771555 @default.
- W4281758045 cites W2620709479 @default.
- W4281758045 cites W2737012189 @default.
- W4281758045 cites W2766522556 @default.
- W4281758045 cites W2780646345 @default.
- W4281758045 cites W2891846521 @default.
- W4281758045 cites W2894382669 @default.
- W4281758045 cites W2901843417 @default.
- W4281758045 cites W2903271926 @default.
- W4281758045 cites W2907399473 @default.
- W4281758045 cites W2935634326 @default.
- W4281758045 cites W2945639067 @default.
- W4281758045 cites W2969242729 @default.
- W4281758045 cites W2998357750 @default.
- W4281758045 cites W3029730565 @default.
- W4281758045 cites W3037156726 @default.
- W4281758045 cites W3082852090 @default.
- W4281758045 cites W3083840694 @default.
- W4281758045 cites W3101801158 @default.
- W4281758045 cites W3137979280 @default.
- W4281758045 cites W3158529477 @default.
- W4281758045 cites W3160933994 @default.
- W4281758045 cites W3166732515 @default.
- W4281758045 cites W3207037873 @default.
- W4281758045 cites W3210408599 @default.
- W4281758045 cites W375233825 @default.
- W4281758045 cites W4210347971 @default.
- W4281758045 cites W4211212552 @default.
- W4281758045 cites W4241029060 @default.
- W4281758045 cites W4285792193 @default.
- W4281758045 cites W786595923 @default.
- W4281758045 doi "https://doi.org/10.1103/physrevb.106.054425" @default.
- W4281758045 hasPublicationYear "2022" @default.
- W4281758045 type Work @default.
- W4281758045 citedByCount "3" @default.
- W4281758045 countsByYear W42817580452023 @default.
- W4281758045 crossrefType "journal-article" @default.
- W4281758045 hasAuthorship W4281758045A5005347084 @default.
- W4281758045 hasAuthorship W4281758045A5065779548 @default.
- W4281758045 hasAuthorship W4281758045A5086963427 @default.
- W4281758045 hasAuthorship W4281758045A5087598206 @default.
- W4281758045 hasBestOaLocation W42817580452 @default.
- W4281758045 hasConcept C121332964 @default.
- W4281758045 hasConcept C147120987 @default.
- W4281758045 hasConcept C155194400 @default.
- W4281758045 hasConcept C158971709 @default.
- W4281758045 hasConcept C204382992 @default.
- W4281758045 hasConcept C21690051 @default.
- W4281758045 hasConcept C26873012 @default.
- W4281758045 hasConcept C62520636 @default.
- W4281758045 hasConcept C82217956 @default.
- W4281758045 hasConcept C97292510 @default.
- W4281758045 hasConcept C99692599 @default.
- W4281758045 hasConceptScore W4281758045C121332964 @default.
- W4281758045 hasConceptScore W4281758045C147120987 @default.
- W4281758045 hasConceptScore W4281758045C155194400 @default.
- W4281758045 hasConceptScore W4281758045C158971709 @default.
- W4281758045 hasConceptScore W4281758045C204382992 @default.
- W4281758045 hasConceptScore W4281758045C21690051 @default.
- W4281758045 hasConceptScore W4281758045C26873012 @default.