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Optoelectronic devices based on intrinsic plasmon-exciton polaritons

机译:基于固有血管激素极性恒星的光电器件

摘要

A semiconductor device includes a ribbon of a thickness and a width. A material of the ribbon is configured to host excitons as well as plasmons, and the width is an inverse function of a wavector value at which an energy level of plasmons in the material substantially equals an energy level of excitons in the material. The substantially equal energies of the plasmons and the excitons in the ribbon cause an excitation of intrinsic plasmon-exciton polaritons (IPEPs) in the ribbon. A first contact electrically couples to a first location on the ribbon, and a second contact electrically couples to a second location on the ribbon.
机译:半导体器件包括厚度和宽度的带。带的材料被配置为主持主酮以及等离子体,并且宽度是波波值的逆函数,其中材料中等离子体的能量水平基本上等于材料中激子的能量水平。使功能区的基本相等的能量和丝带中的激子引起了在色带中的固有血管激素 - 激子极谱(IPEP)的激发。第一接触电耦合到带上的第一位置,第二接触电极耦合到带上的第二位置。

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