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Metamaterials in the far infrared: ideas for left-handed metamaterials and micro- and nanocircuit elements in the terahertz regime

机译:远红外中的超材料:太赫兹状态下左手超材料和微纳电路元件的想法

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In the present work, the possibility of translating down the concepts of metamaterials into the far-infrared and terahertz regimes, in order to propose ideas for realization of left-handed metamaterials and nano- and micro-circuit elements at few terahertzes are investigated. The terahertz regime, indeed, is a transition region of spectrum between the microwave and the infrared-optical frequencies, where such applications have not been studied in details. The technological interest in scaling up the classic communications and circuit concepts from the radio frequencies (RF) microwaves to higher frequencies is bringing much interest in this regime of frequency.
机译:在当前的工作中,研究了将超材料的概念转换为远红外和太赫兹体系的可能性,以便为在很少的太赫兹条件下实现左手超材料以及纳米和微电路元件的实现提出建议。太赫兹状态确实是微波和红外光频率之间的频谱过渡区域,在此尚未对此类应用进行详细研究。将经典的通信和电路概念从射频(RF)微波扩展到更高的频率的技术兴趣正在引起人们对该频率体制的极大兴趣。

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