首页> 外文会议>International Advanced Research Workshop on "Modern Problems in Optics and Photonics" >FREQUENCY CHIRPED LASER PULSES IN ATOMIC PHYSICS: COHERENT CONTROL OF INNER AND TRANSLATIONAL QUANTUM STATES
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FREQUENCY CHIRPED LASER PULSES IN ATOMIC PHYSICS: COHERENT CONTROL OF INNER AND TRANSLATIONAL QUANTUM STATES

机译:原子物理中频率啁啾激光脉冲:内部和翻译量子态的相干控制

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摘要

We present our recent results on applications of the frequency modulated (chirped) laser pulses in atomic physics. These applications include coherent control of populations and coherences of multilevel atoms, as well as coherent manipulation of translational states of the atoms by frequency chirped laser pulses. Results of the theoretical analysis are compared with the results of experiments on coherent acceleration of Rb atoms cooled in magneto-optical trap.
机译:我们在原子理物理中的频率调制(啁啾)激光脉冲的应用中展示了我们最近的结果。这些应用包括对多级原子的群体和一致性的相干控制,以及通过啁啾激光脉冲通过频率啁啾激光脉冲对原子的平移状态的相干操纵。将理论分析结果与磁光阱中冷却的RB原子相干加速度的实验进行比较。

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