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Optoelectronics Letters

Efficient generation of Bell-cat states in remote cavities

LI ., Xing Xing, Zhang, Yingjie, Xia Xia, Yun-jie

Published Jan 1, 2008• 0 citations
OpenAlex

Abstract

在洞量 electrodynamics (证完) 的上下文，一个潜在的计划被建议产生纠缠的协调状态。计划与洞包括二水平的原子的相互作用两次。在第一个相互作用，二个原子分别地与大 detuning 被送到一个微波洞。然后第二个相互作用是二个原子进入另一个微波洞并且被反响的古典地同时驾驶。当我们选择合适的相互作用时间并且在二个原子上做测量时，二块微波洞模式地 determinatively 被纠缠。另外，概括计划到多洞和多原子是容易的。

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在洞量 electrodynamics (证完) 的上下文，一个潜在的计划被建议产生纠缠的协调状态。计划与洞包括二水平的原子的相互作用两次。在第一个相互作用，二个原子分别地与大 detuning 被送到一个微波洞。然后第二个相互作用是二个原子进入另一个微波洞并且被反响的古典地同时驾驶。当我们选择合适的相互作用时间并且在二个原子上做测量时，二块微波洞模式地 determinatively 被纠缠。另外，概括计划到多洞和多原子是容易的。
In the context of cavity quantum electrodynamics (QED),a potential scheme is proposed to generate entangled coherent states. The scheme includes twice interactions of two-level atoms with cavities. In the first interaction,two atoms are sent into a microwave cavity with the large detuning respectively. And then the second interaction is that the two atoms enter another microwave cavity and are driven by a resonant classical field meantime. When we choose the proper interaction time and make measurement on the two atoms,the two microwave cavity mode fields are determinatively entangled. In addition,it is easy to generalize the scheme to multi-cavity and multi-atom.