Reconfigurable nanostructured photonic metamaterials

J. Ou, E. Plum, Liudi Jiang, N. Zheludev
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Abstract

Here we introduce the first mechanically reconfigurable photonic metamaterials with tunable transmission and reflection characteristics provided by nanoscale movements of the components of the metamaterial structure. In the past control of electromagnetic response of metamaterials has only been possible in the terahertz part of the spectrum through micro-electro-mechanically activated motion.
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可重构纳米结构光子超材料
在这里,我们介绍了第一个机械可重构的光子超材料,具有可调谐的透射和反射特性,提供了纳米级的超材料结构的组成部分的运动。在过去,超材料的电磁响应控制只能通过微机电激活运动在太赫兹频谱部分实现。
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