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Hybrid Plasmon Waveguide for Capacitor Like Energy Localization in Dielectric Gap | IEEE Conference Publication | IEEE Xplore

Hybrid Plasmon Waveguide for Capacitor Like Energy Localization in Dielectric Gap


Abstract:

A hybrid plasmon waveguide comprising with metal and dielectric nanowires has been investigated employing the finite element method. At the telecommunication wavelength, ...Show More

Abstract:

A hybrid plasmon waveguide comprising with metal and dielectric nanowires has been investigated employing the finite element method. At the telecommunication wavelength, strong SPP-dielectric mode coupling in this structure gives rise to capacitor like electromagnetic energy localization in the dielectric gap with extremely low effective area (~λ2/600) and appreciable propagation length. Apart from the fundamental gap mode, the structure has been reported to excite a long ranging hybrid mode with moderate mode size. The feasibility of this structure has been explored in different nanophotonic applications considering the derived modal parameters.
Date of Conference: 20-22 December 2018
Date Added to IEEE Xplore: 07 February 2019
ISBN Information:
Conference Location: Dhaka, Bangladesh

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