Miniaturized Terahertz Photonic Chips

Yazan Lampert, Francesco Bertot, Alexa Herter, A. Shams-Ansari, Alessandro Tomasino, S. Rajabali, Marko Lončar, Ileana-Cristina Benea-Chelmus
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Abstract

Terahertz science and technology is possibly now at an inflection point where integrated photonic circuits become increasingly viable sources and detectors of such high-frequency radiation. Generation in both second order [1] and third order [2]–[4] nonlinear waveguides and architectures thereof has exploited either optical rectification or microcomb generation with subsequent optical-to-terahertz conversion at a uni-travelling carrier photodiode. These initial demonstrations showcase a possible route towards miniaturized terahertz chips that are seamlessly integrated with photonics.
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小型化太赫兹光子芯片
太赫兹科学技术现在可能正处于一个拐点,集成光子电路日益成为这种高频辐射的可行来源和探测器。二阶[1]和三阶[2]-[4]非线性波导的生成及其结构利用了光整流或微梳生成,随后在单行载流子光电二极管上进行光到太赫兹转换。这些初步的演示展示了一种实现小型化太赫兹芯片与光子学无缝集成的可能途径。
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