位置：成果数据库 > 会议 > 会议详情页
Magic-wavelength optical dipole trap of cesium and rubidium atoms
  • 所属机构名称：山西大学
  • 会议名称：Proc. SPIE, Vol.8440 (2012) - SPIE International Symposium of Photonics Europe 2012 - Conference on
  • 成果类型：会议
  • 相关项目：自由空间中单原子光学操控的关键实验技术研究
作者： Junmin Wang(王军民)|Yongjie Cheng(成永杰)|Shanlong Guo(郭善龙)|Baodong Yang(杨保东)|Jun He(何军)|
同会议论文项目
自由空间中单原子光学操控的关键实验技术研究
期刊论文 46 会议论文 29
同项目会议论文
Characterizing double-resonance optical-pumping spectra of cesium 6P(3/2)-8S(1/2) excited-state tran
远失谐光镊中铯原子6S_1/2和6P_3/2态的AC Stark频移及1064nm微型光镊中单原子的激光冷却
单共振光抽运光谱及其在气室原子子Dress态测量中的应用
Long lifetime of single atom in optical tweezer with laser cooling
Strong coupling of single cesium atom with a titled TEM_10 mode of a high-finesse micro-cavity
Optimization of the experimental parameters of cesium CPT system
铷原子阶梯型能级系统中的双共振光抽运光谱及其应用
碱金属原子阶梯型能级系统中的双共振光抽运光谱及应用
Improvement of the trapping lifetime of single cesium atom confined in a microscopic optical tweezer
SROP and DROP Spectra with Alkali Atomic Vapor Cell and Applications
Double-resonance optical-pumping spectroscopy with a ladder-type cesium atomic system and two-color
1560nm激光经PPLN和PPKTP晶体准位相匹配倍频研究
Two kinds of high-contrast optical filters for the detection of Stokes and anti-Stokes photons from
Realization and application of strong coupling of single cesium atoms with TEM_00 and TEM_10 modes o
Improvement of the trapping lifetime of single cesium atom confined in a microscopic optical tweezer
Strong coupling of single cesium atoms with TEM_00 and TEM_10 modes of a high-finesse optical microc
1560nm激光经PPLN晶体和MgO:PPLN波导准相位匹配倍频研究
Double-resonance optical-pumping spectra of rubidium 5S_1/2-5P_3/2-4D_3/2 transitions and frequency
铷原子激发态间的光抽运双共振光谱及其在1.5微米光通讯波段激光稳频中的应用
Achieving long storage lifetime of single atom in optical tweezer by laser cooling and improving bac
单原子的制备、操控及其与高精细度光学微腔的强耦合
通过激光注入锁定实现频差为9.19GHz的Raman激光系统
激光强度噪声对单原子在微型光镊中俘获寿命的影响
Achieving longer lifetime of single cesium atom in an optical tweezer by pressure improving and lase
Frequency doubling of 1560nm diode laser via PPLN and PPKTP crystals and frequency stabilization to
大频差位相锁定激光系统及铯原子CPT研究
铷原子的魔数波长双色偶极阱
单原子的制备、操控及其与高精细度光学微腔的强耦合