首页> 外文期刊>Journal of optical technology >Lidar, space communication, and the search for signals from extraterrestrial civilizations at the radiation wavelength of an iodine-photodissociation laser-1:315 μm
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Lidar, space communication, and the search for signals from extraterrestrial civilizations at the radiation wavelength of an iodine-photodissociation laser-1:315 μm

机译:激光雷达,空间通信以及在碘光解离激光器的辐射波长为1:315μm的情况下搜索来自地外文明的信号

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摘要

This paper discusses the possibilities of lidar, laser space communication, and the search for signals from extraterrestrial civilizations, using iodine-photodissociation lasers, on the basis of which a virtually ideal receiver-transmitter pair with a quantum sensitivity limit has been created. This pair is capable of detecting signals consisting of only a few photons on the background of any natural source of thermal radiation and of emitting optical pulses of diffraction divergence with energy up to 10 J when operating in the pulsed-periodic regime and up to several kilojoules in single radiation pulses.
机译:本文讨论了使用激光光解离激光进行激光雷达,激光空间通信以及从地球外文明寻找信号的可能性,在此基础上,创建了具有量子灵敏度极限的理想的接收器-发射器对。该对能够在任何自然热辐射源的背景下检测仅由几个光子组成的信号,并且在以脉冲周期方式工作且高达几千焦耳时,能够发出能量高达10 J的衍射发散光脉冲。在单个辐射脉冲中。

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