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Experimental demonstration of enhanced terahertz coupling to plasmon in ultra-thin membrane AlGaN/GaN HEMT arrays

机译:超薄膜AlGaN / GaN HEMT阵列中增强的太赫兹耦合等离子体激元的实验演示

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Here we present the first experimental demonstration of enhanced THz coupling to electron plasma wave or plasmon in ultra-thin membrane HEMT arrays via plasmon synchronization. A thin-membrane configuration enables us to remove substrate effects and further enhance the coupling. The proposed approach allows: (i) more efficient excitation of high order plasmonic modes, and (ii) superior overall coupling -even in configurations having less number of devices per unit area-. Our results reveal a simple way to enhance the THz to plasmon coupling and thus improve the performance of electron plasma wave based devices; this effect can be exploited, for example, to improve the response of HEMT THz detectors.
机译:在这里,我们展示了通过等离子体激元同步提高太赫兹耦合至电子薄膜波或等离子体激元的超薄膜HEMT阵列中的第一个实验演示。薄膜配置使我们能够消除基板效应并进一步增强耦合。所提出的方法允许:(i)更有效地激发高阶等离子体模式,以及(ii)优异的整体耦合-即使在单位面积上具有较少设备数量的配置中。我们的结果揭示了一种增强THz与等离子体耦合的简单方法,从而改善了基于电子等离子体波的器件的性能。例如,可以利用这种效果来改善HEMT THz检测器的响应。

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