Violet laser diodes for laser cooling and trapping of ytterbium atoms

C. Park, Jae Ihn Kim, Jin Yong Yeom, T. Yoon
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Abstract

We report the construction of frequency-stabilized high-power violet laser diodes for laser cooling and trapping experiment of ytterbium atoms. An external-cavity master laser of which frequency was stabilized to the ytterbium cooling transition at 398.9 nm was built and used to build a frequency-stabilized high-power slave laser (25 mW) by injection seeding technique.
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用于激光冷却和捕获镱原子的紫色激光二极管
本文报道了用于镱原子激光冷却和俘获实验的高功率稳频紫色激光二极管的构建。建立了频率稳定在镱冷却跃迁398.9 nm的外腔主激光器,并利用注入播种技术构建了频率稳定的大功率从激光器(25 mW)。
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