2015Unpublished venueRequires access

High-efficiency terahertz sources based on plasmonic contact electrodes

Mona Jarrahi

Open publisher page 3 citations

Abstract

Use of plasmonic contact electrodes in photoconductive terahertz sources offers significantly higher optical-to-terahertz conversion efficiencies and terahertz radiation powers by mitigating the inherent tradeoff between photoconductor quantum efficiency and ultrafast operation. We demonstrate that optical-to-terahertz conversion efficiencies as high as 7.5% and milliwatt-level terahertz radiation powers can be offered by plasmonic photoconductive terahertz sources in both continuous-wave and pulsed operation.

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What this paper is about

Use of plasmonic contact electrodes in photoconductive terahertz sources offers significantly higher optical-to-terahertz conversion efficiencies and terahertz radiation powers by mitigating the inherent tradeoff between photoconductor quantum efficiency and ultrafast operation. We demonstrate that optical-to-terahertz conversion efficiencies as high as 7.5% and milliwatt-level terahertz radiation powers can be offered by plasmonic photoconductive terahertz sources in both continuous-wave and pulsed operation.

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Available abstract

Use of plasmonic contact electrodes in photoconductive terahertz sources offers significantly higher optical-to-terahertz conversion efficiencies and terahertz radiation powers by mitigating the inherent tradeoff between photoconductor quantum efficiency and ultrafast operation. We demonstrate that optical-to-terahertz conversion efficiencies as high as 7.5% and milliwatt-level terahertz radiation powers can be offered by plasmonic photoconductive terahertz sources in both continuous-wave and pulsed operation.

Key concepts: Terahertz radiation, Photomixing, Optoelectronics, Plasmon, Materials science, Photoconductivity, Terahertz gap, Ultrashort pulse

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