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Designer metamaterials using graphene for integrated nano- photonic applications

机译:使用石墨烯的设计师超材料用于集成纳米光子应用

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Optical modulators are essential components for optical communication systems. In this paper we introduce and discuss the concept of designer metamaterials in the context of graphene-based optical modulators. This is a very powerful tool, which enables device design with ultra-compact footprint, low energy consumption, and high speed. As an example, we design an integrated nano-photonic optical modulator. For a target modulation performance, i.e. modulation depth and insertion loss levels, we show that the designer metamaterial device footprint can be reduced with respect to what is possible in ridge waveguide approaches.
机译:光调制器是光通信系统的基本组件。在本文中,我们介绍和讨论了基于石墨烯的光调制器背景下的设计者超材料的概念。这是一个非常强大的工具,可以使设备设计具有超紧凑的尺寸,低能耗和高速度。例如,我们设计了一个集成的纳米光子光学调制器。对于目标调制性能,即调制深度和插入损耗水平,我们表明,相对于脊形波导方法,设计者超材料设备的占位面积可以减小。

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