High precision atom interferometers have shown attractive prospects in laboratory for testing fundamental physics and inertial sensing. Efforts on applying this innovative technology to field applications are also being made intensively. As the manipulation of cold atoms and related matching technologies mature, inertial sensors based on atom interferometry can be adapted to various indoor or mobile platforms. A series of experiments have been conducted and high performance has been achieved. In this paper, we will introduce the principles, the key technologies, and the applications of atom interferometers, and mainly review the recent progress of movable atom gravimeters.

中文翻译：

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基于冷原子干涉法的可移动精密重力仪

高精度原子干涉仪已经在实验室中测试基础物理和惯性传感技术显示出诱人的前景。也正在努力地将这种创新技术应用于现场应用。随着冷原子的操纵和相关匹配技术的成熟，基于原子干涉术的惯性传感器可适应各种室内或移动平台。已经进行了一系列实验并获得了高性能。在本文中，我们将介绍原子干涉仪的原理，关键技术和应用，并主要回顾可移动原子重力仪的最新进展。