Optical dipole trap(ODT)is becoming an important tool of manipulating neu-tral atoms.In this paper ODT is realized with a far-off resonant laser beam strongly fo-cused in the magneto-optical trap(MOT)of cesium atoms.T...Optical dipole trap(ODT)is becoming an important tool of manipulating neu-tral atoms.In this paper ODT is realized with a far-off resonant laser beam strongly fo-cused in the magneto-optical trap(MOT)of cesium atoms.The light shift is measured by simply monitoring the fluorescence of the atoms in the magneto-optical trap and the opti-cal dipole trap simultaneously.The advantages of our experimental scheme are discussed,and the effect of the beam waist and power on the potential of dipole trap as well as heating rate is analyzed.展开更多
基金This work was supported by the National Natural Science Foundation of China(Grant Nos.10434080,10374062,60578018)the Shanxi Bajianrencai Program,the Cultivation Fund of the Key Scientific and Technical Innovation Project(Grant No.705010)the Program for Changjiang Scholars and Innovative Research Team in the University(IRT0516)of the Ministry of Education of China.
文摘Optical dipole trap(ODT)is becoming an important tool of manipulating neu-tral atoms.In this paper ODT is realized with a far-off resonant laser beam strongly fo-cused in the magneto-optical trap(MOT)of cesium atoms.The light shift is measured by simply monitoring the fluorescence of the atoms in the magneto-optical trap and the opti-cal dipole trap simultaneously.The advantages of our experimental scheme are discussed,and the effect of the beam waist and power on the potential of dipole trap as well as heating rate is analyzed.
