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Silicon Photonics for Optical Computing, Interconnects and Sensing

机译:用于光学计算的硅光子,互连和传感

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Silicon photonics has been an active research topic for the past twenty years. The maturity of silicon nanofabrication and the transparency of silicon material at C- and L-band are a critical factor for the realization of silicon photonics for real applications. However, due to the intrinsic nature of indirect bandgap, hybrid integration with external III-V based lasers is the trend for integration. In this talk, we will focus on several key application areas. Figure 1 shows the system architecture to be demonstrated using III-V and silicon integrated photonic devices where energy consumption and bandwidth can be significantly improved.
机译:硅光子学过于二十年来一直是一个积极的研究课题。 C-和L频带硅材料的成熟度和硅材料的透明度是实现真实应用硅光子的关键因素。但是,由于间接带隙的内在性质,与外部III-V基于激光的激发仪的混合集成是集成的趋势。在这次谈话中,我们将专注于几个关键应用领域。图1显示了使用III-V和硅集成光子器件来证明系统架构,其中能够显着提高能量消耗和带宽。

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