基于ge的中红外传感集成光子平台

Sanghyeon Kim, Jinha Lim, J. Shim, Dae-Myeong Geum
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引用次数: 0

摘要

中红外(Mid- IR)波长已被视为各种气体、分子等的指纹,推动了在该光谱范围内工作的光子片上传感器的发展。然而,由于缺乏集成光子学平台,制造这种波长的片上传感器非常具有挑战性,而许多潜在的平台已经被提出并证明。此外,由于典型的光子探测器在中红外波长处光子能量小,因此存在热噪声,因此在室温下工作的探测器技术选择不多。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Ge-based Mid-infrared integrated photonics platform for Sensing
Mid-infrared (Mid- IR) wavelength has been regarded as fingerprints for various gases, molecules, etc, motivating the development of the photonic on-chip sensors working at this spectral range. However, fabricating on-chip sensors at this wavelength has been very challenging due to the absence of the integrated photonics platform, whereas many potential platforms have been suggested and demonstrated. Furthermore, there have been not many technological options for the detector operating at room temperature because typical photon detectors suffer from thermal noise due to small photon energy at the Mid-IR wavelength.
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