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Velocity-controlled entanglement of two atoms

机译:速度控制的两个原子的纠缠

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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.
机译:当原子移动时,两个原子的缠结演变与光学谐振腔中的场模式结构有关,并且光场处于相干状态。当腔内的两个原子在初始时间固定时,我们知道两个原子的缠结的演变是无序的。然而,当原子在开始时,在相干腔场下,两个原子的缠结的演变在相干腔场下变得良好调节。我们发现,通过正确选择原子和初始字段的速度,可以控制这种周期性纠缠。

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