An Optical Lattice Clock Testbed System for the iqClock Project Demonstrator

Markus Gellesch, Richard Barron, Jonathan M. Jones, Alok Singh, Qiushuo Sun, K. Bongs, Y. Singh
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引用次数: 1

Abstract

We present our work on a compact and flexible Optical Lattice Clock Testbed System. This system helps realizing a compact and transportable strontium-based optical atomic clock demonstrator built from industry-developed subsystems – a deliverable of the iqClock project. The demonstrator will be integrated at the University of Birmingham. In order to facilitate the system integration of the demonstrator, we use the testbed system to assess the performance of the industry-built components and subsystems. The testbed is completed in its first phase, capable of realizing ultra-cold atoms. In a subsequent phase, we will transform the testbed system into a strontium-based frequency standard.
用于iqClock项目演示的光学晶格时钟测试平台系统
本文介绍了一种紧凑、灵活的光学晶格时钟测试系统。该系统有助于实现一个紧凑、可运输的基于锶的光学原子钟演示器,该演示器由工业开发的子系统构建而成,是iqClock项目的交付品。该演示将在伯明翰大学进行整合。为了便于演示器的系统集成,我们使用测试平台系统来评估工业制造组件和子系统的性能。试验台在第一阶段完成,能够实现超冷原子。在随后的阶段,我们将把试验台系统转换为基于锶的频率标准。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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