An Overview of the Technological and Scientific Achievements of the Terahertz

In this paper, we propose a terahertz (THz) plasmonic structure that supports three resonance modes, including the charge transfer plasmon (CTP), the bonding dipole-dipole plasmon, and the antibonding dipole-dipole plasmon, which can be strongly tuned by geometrical parameters, passively, and the temperature, actively. The structure exhibits a considerable thermal sensitivity of more than 0.01 THz/K. The introduced multiband and tunable THz plasmonic structures offer important applications in thermal switches, thermo-optical modulators, broadband filters, design of multifunctional molecules originating from the multiband specification of the proposed structure, and improvement in plasmonic sensor applications stemming from a detailed study of the CTP mode.

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Tunable multiband plasmonic response of indium antimonide touching microrings in the terahertz range

Moridsadat

Golmohammadi

Baghban

2018

Appl. Opt.

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An Overview of the Technological and Scientific Achievements of the Terahertz

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References 174 publications

Tunable multiband plasmonic response of indium antimonide touching microrings in the terahertz range

Tunable multiband plasmonic response of indium antimonide touching microrings in the terahertz range

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