Circularly polarized plane terahertz waves radiated from a resonant tunneling diode integrated with a collimating metalens and quarter-wave plate

Circularly polarized plane terahertz waves radiated from a resonant tunneling diode integrated with a collimating metalens and quarter-wave plate

Terahertz flat optics based on metasurfaces can replace massive optical components with optically thin components. However, metasurfaces with unprecedented material properties frequently produce a specified function, and terahertz flat optics has yet to be commonly adopted in terahertz devices that...

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Veröffentlicht in:Applied physics express 2024-08, Vol.17 (8), p.82001
Hauptverfasser: Suzuki, Takehito, Endo, Kota, Haruishi, Takahito, Tsuruda, Kazuisao, Urashima, Kouhei, Yamamori, Shunji
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antenna
metamaterial
metasurface
terahertz wave
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container_end_page
container_issue 8
container_start_page 82001
container_title Applied physics express
container_volume 17
creator Suzuki, Takehito
Endo, Kota
Haruishi, Takahito
Tsuruda, Kazuisao
Urashima, Kouhei
Yamamori, Shunji
description Terahertz flat optics based on metasurfaces can replace massive optical components with optically thin components. However, metasurfaces with unprecedented material properties frequently produce a specified function, and terahertz flat optics has yet to be commonly adopted in terahertz devices that require multiple functions. Here, we present a two-layer component composed of a collimating metalens and a quarter-wave plate that convert linearly polarized terahertz wide-angle radiation waves from a resonant tunneling diode to circularly polarized plane waves. Our findings would be applied to laminate structures with optical vortices, ultrahigh directivity and arbitrary wavefront control in 6 G wireless communications.
doi_str_mv 10.35848/1882-0786/ad52e5
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subjects antenna
metamaterial
metasurface
terahertz wave
title Circularly polarized plane terahertz waves radiated from a resonant tunneling diode integrated with a collimating metalens and quarter-wave plate
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