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400-m-Long Polarization-Maintaining Fibers for Magneto-Optical Trapping of Francium Atoms

Keisuke Nakamura, Shintaro Nagase,Teruhito Nakashita,Tomohiro Hayamizu,Takatoshi Aoki,Hiroki Nagahama,Naoya Ozawa, Motoki Sato,Kazeki Yamane,Mirai Fukase, Daisuke Uehara,Aiko Takamine,Yasuhiro Sakemi

2022 Conference on Lasers and Electro-Optics Pacific Rim (CLEO-PR)（2022）

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Abstract
We installed a 400-m-long polarization-maintaining fibers for magneto-optical trapping of Francium atoms. Fiber polarization stability of ∼9 × 10 -4 was achieved with an averaging time of 10 seconds, which even allows fluorescence observation at 20 atoms.
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Key words
Polarization-maintaining Fiber,Magneto-optical Trap,Polarizability,Temperature Fluctuations,Photomultiplier Tube,Electric Dipole Moment,Polarization Beam Splitter,Laser Spectroscopy,Fiber Link
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