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• W2074811577 abstract "Surface-plasmon-mediated confinement of optical fields holds great promise for on-chip miniaturization of all-optical circuits1,2,3,4. Following successful demonstrations of passive nanoplasmonic devices5,6,7, active plasmonic systems have been designed to control plasmon propagation. This goal has been achieved either by coupling plasmons to optically active materials8,9,10,11,12,13 or by making use of transient optical nonlinearities in metals via strong excitation with ultrashort laser pulses14,15,16,17. Here, we present a new concept in which the active optical component is a metal–ferromagnet–metal structure. It is based on active magneto-plasmonic microinterferometry, where the surface plasmon wave vector in a gold–ferromagnet–gold trilayer system is controlled using a weak external magnetic field. Application of this new technique allows measurement of the electromagnetic field distribution inside a metal at optical frequencies and with nanometre depth resolution. Significant modulation depth combined with possible all-optical magnetization reversal induced by femtosecond light pulses18 opens a route to ultrafast magneto-plasmonic switching. Active switching of plasmons by an external magnetic field is demonstrated in a metal–ferromagnet–metal structure. The strong modulation, combined with possible all-optical magnetization reversal induced by femtosecond light pulses, opens the door to ultrafast magneto-plasmonic switching." @default.
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• W2074811577 date "2010-01-17" @default.
• W2074811577 modified "2023-10-10" @default.
• W2074811577 title "Active magneto-plasmonics in hybrid metal–ferromagnet structures" @default.
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• W2074811577 doi "https://doi.org/10.1038/nphoton.2009.265" @default.
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