Speaker
Sang Eon Park
(Korea Research Institute of Standards and Science)
Description
We introduce a compact atomic clock based on laser-cooled atoms trapped inside a loop-gap microwave cavity. The cavity occupies a volume eight times smaller than conventional cylindrical cavities with ten apertures required for optical manipulation of cold atoms. The measured linewidth of the central Ramsey spectrum was 19.6 Hz. The corresponding frequency instability was $4.5×10^{−13} τ^{-1/2}$, which could be further improved by optimizing experimental parameters. We expect this type of physics package to be utilized for various portable applications of atomic clocks including onboard atomic clocks for navigation satellite.
Primary author
Sang Eon Park
(Korea Research Institute of Standards and Science)
Co-authors
Dr
Gyeong Won Choi
(Korea Research Institute of Standards and Science)
Dr
Hyun-Gue Hong
(Korea Research Institute of Standards and Science)
Jae Hoon Lee
(Korea Research Institute of Standards and Science)
Dr
Myoung-Sun Heo
(Korea Research Institute of Standards and Science)
Dr
Sang-Bum Lee
(Korea Research Institute of Standards and Science)
Dr
Sangmin Lee
(Korea Research Institute of Standards and Science)
Sangwon Seo
(Korea Research Institute of Standard and Science)
Seji Kang
(Korea Research Institute of Standard and Science)
Dr
Taeg Yong Kwon
(Korea Research Institute of Standards and Science)
Dr
Young-Ho Park
(Korea Research Institute of Standards and Science)
