Loss-compensation in 3D periodic arrays of nanoshells through quantum dots, and ε-near-zero metamaterials

S. Campione, M. Vincenti, D. de Ceglia, F. Capolino
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Abstract

We compensate for the losses in 3D arrays of nanoshells through quantum dots embedded in the nanoshells' cores, to achieve ε-near-zero metamaterials at optical frequencies. Results show loss-compensation or gain-capability in a narrow frequency band.
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利用量子点和ε-近零超材料实现纳米壳三维周期阵列的损耗补偿
我们通过在纳米壳核心中嵌入量子点来补偿纳米壳三维阵列的损耗,从而在光学频率下获得ε-近零超材料。结果表明,该方法在窄频带内具有增益和损耗补偿能力。
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