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典型文献
Fabrication,testing,and assembly of high-finesse optical fiber microcavity for molecule cavity QED experiment
文献摘要:
The ultracold molecule is a promising candidate for versatile quantum tasks due to its long-range interaction and rich internal rovibrational states.With the help of the cavity quantum electrodynamics[QED]effects,an optical cavity can be employed to increase the efficiency of the formation of the photoassociated molecules and offers a non-demolition detection of the internal states of molecules.Here,we demonstrate the production of the high-finesse optical fiber micro-cavity for the Rb2 molecule cavity QED experiment,which includes the fabrication of fiber-based cavity mirrors,testing,and the assembly of ultra-high vacuum-compatible optical fiber microcavity.The optical fiber microcavity offers high cooper-ativity between cavity mode and ultracold molecule and paves the way for the study of molecule cavity QED experimental research.
文献关键词:
作者姓名:
Yuhao Pan;Li Li;Xiaolong Zhou;Dongyu Huang;Zemin Shen;Jian Wang;Chuanfeng Li;Guangcan Guo
作者机构:
CAS Key Laboratory of Quantum Information,University of Science and Technology of China,Hefei 230026,China;CAS Center for Excellence in Quantum Information and Quantum Physics,University of Science and Technology of China,Hefei 230026,China
引用格式:
[1]Yuhao Pan;Li Li;Xiaolong Zhou;Dongyu Huang;Zemin Shen;Jian Wang;Chuanfeng Li;Guangcan Guo-.Fabrication,testing,and assembly of high-finesse optical fiber microcavity for molecule cavity QED experiment)[J].中国光学快报(英文版),2022(12):62-67
A类:
rovibrational,photoassociated,ativity
B类:
Fabrication,testing,assembly,high,finesse,optical,fiber,microcavity,QED,ultracold,promising,candidate,versatile,quantum,tasks,due,its,long,range,interaction,rich,internal,states,With,help,electrodynamics,effects,employed,increase,efficiency,formation,molecules,offers,demolition,detection,Here,demonstrate,production,Rb2,which,includes,fabrication,mirrors,vacuum,compatible,cooper,between,mode,paves,way,study,experimental,research
AB值:
0.439964
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