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Miniature, Compact Laser System for Ultracold Atom Sensors

机译:用于超冷原子传感器的微型紧凑型激光系统

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As ultracold atom sensors begin to see their way to the field, there is a growing need for small, accurate, and robust laser systems to cool and manipulate atoms for sensing applications such as magnetometers, gravimeters, atomic clocks and inertial sensing. In this paper we present a frequency-agile, butterfly packaged laser source, absolutely referenced to an atomic transition. We also present the entire laser system, including a fiber-coupled optical amplifier and liquid crystal shutters, replacing a laboratory table's worth of optics with a system the size of a paperback novel.
机译:随着超冷原子传感器开始进入领域,对小型,精确且坚固的激光系统的需求不断增长,以冷却和操作原子以用于磁力计,重力仪,原子钟和惯性传感等传感应用。在本文中,我们提出了一种频率捷变,蝶形封装的激光源,绝对引用了原子跃迁。我们还介绍了整个激光系统,包括光纤耦合的光放大器和液晶百叶窗,用平装本小说大小的系统取代了实验室工作台上的光学元件。

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