Tunable nonlinear metamaterials and plasmon nanofocusing

Y. Kivshar
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Abstract

We discuss tunability and nonlinear properties of metamaterials operating at microwave and optical frequencies. We also study the fundamental nonlinear effects in metal-dielectric waveguides supporting surface plasmon polaritons, and discuss nanofocusing of a plasmon beam and soliton formation in a tapered waveguide in the presence of losses.
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可调谐非线性超材料与等离子体纳米聚焦
我们讨论了在微波和光学频率下工作的超材料的可调性和非线性特性。我们还研究了支持表面等离子激元的金属介质波导中的基本非线性效应,并讨论了存在损耗的锥形波导中等离子束的纳米聚焦和孤子的形成。
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