Switchable terahertz metamaterials in resonance amplitude

Xiaoqiang Su, Quan Xu, C. Ouyang, Jiaguang Han, Weili Zhang
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Abstract

Through integrating materials susceptible to optical intensity and electric field, the self-resonance and coupling of individual meta-atoms have been tailored with different excitations, achieving the dynamical modulation of broadband plasmon induced transparency, adjacent coupling and Schottky effect in terahertz metamaterials.
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共振振幅的可切换太赫兹超材料
通过整合易受光强和电场影响的材料,对单个元原子的自共振和耦合进行了不同激励的定制,实现了太赫兹超材料中宽带等离子体诱导透明、相邻耦合和肖特基效应的动态调制。
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