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Reconfigurable nonreciprocal isolation enabled by nonlinear spoof surface plasmons 认领 引用
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作者 ZHEN LIAO JUN LI +3 位作者 CHENHAO HUANG YUN LI GUO QING LUO LEILEI LIU 《Photonics Research》 SCIE EI CAS CSCD 2026年第5期2189-2198,共10页
Spoof plasmonics,with unique quasi-optical and quasi-electrical properties,have emerged as a promising route toward compact,high-speed,and CMOS-compatible devices for next-generation integrated systems.A key requireme... Spoof plasmonics,with unique quasi-optical and quasi-electrical properties,have emerged as a promising route toward compact,high-speed,and CMOS-compatible devices for next-generation integrated systems.A key requirement for advancing such circuits is nonreciprocal functionality,which enables signal routing,source protection,and suppression of backscattering.Conventional nonreciprocal schemes,however,typically rely on bulky magnetic components that lack tunability and remain incompatible with compact integrated platforms. 展开更多
关键词 reconfigurable spoof plasmonicswith bulky magnetic components nonreciprocal functionalitywhich isolation signal routingsource nonlinear compact integrate
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