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Low-loss switchable metasurface-based waveplate...
Conference

Low-loss switchable metasurface-based waveplate using phase change of antimony triselenide for telecom applications

Abstract

In this paper we introduce the design of a switchable metasurface waveplate using low-loss phase-change material. The structure includes Antimony Triselenide grating deposited over a glass substrate, which can be easily fabricated using standard silicon fabrication technology. By employing the different birefringent effect induced, the grating operates as a quarter-wave plate when Antimony Triselenide is in the amorphous state, and operates as …

Authors

Negm A; Bakr M; Howlader M; Ali S

Publication Date

August 1, 2021

DOI

10.1109/ACES53325.2021.00165

Conference proceedings

2021 International Applied Computational Electromagnetics Society Symposium Aces 2021