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理论物理通讯：英文版

Coherently Controlled Periodic Entanglement of Two Moving Atoms in a Cavity

Cai, Xun-Ming, Ge, Guo-Qin, Yin, Miao, He, Qing Qing

Published Jan 1, 2008• 0 citations
OpenAlex

Abstract

我们在一个洞分析二个原子的纠纷。当在洞的二个原子在起始的时间被修理时，二个原子的纠纷的发展是混乱的。然而，二个原子的纠纷的发展变得有健全规则在协调的洞地下面有序当原子在在开始的运动时。我们发现由适当地选择原子，和这块地的起始的状态的速度控制这件周期的纠纷是可能的。

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我们在一个洞分析二个原子的纠纷。当在洞的二个原子在起始的时间被修理时，二个原子的纠纷的发展是混乱的。然而，二个原子的纠纷的发展变得有健全规则在协调的洞地下面有序当原子在在开始的运动时。我们发现由适当地选择原子，和这块地的起始的状态的速度控制这件周期的纠纷是可能的。
Entanglement evolution of two atoms is related to the field mode structure in an optical resonant cavity when the atoms are moving and the optical field is in coherent state.We know the evolvement of entanglement of two atoms is disorderly when two atoms in the cavity are fixed at initial time. However,the evolvement of entanglement of two atoms becomes well-regulated orderly under the coherent cavity field when atoms are in motion at beginning.We find that it is possible to control this periodic entanglement by properly choosing the velocity of atoms and the initial field.
Entanglement evolution of two atoms is related to the field mode structure in an optical resonant cavity when the atoms are moving and the optical field is in coherent state. We know the evolvement of entanglement of two atoms is disorderly when two atoms in the cavity are fixed at initial time. However, the evolvement of entanglement of two atoms becomes well-regulated orderly under the coherent cavity field when atoms are in motion at beginning. We find that it is possible to control this periodic entanglement by properly choosing the velocity of atoms and the initial field.