Above positive results have important guidance value for explore work of the experiment technique about research realm of the squeezed in multimode superposition state light field.
本文的研究结果,对于多模压缩态光场领域的实验技术探索工作具有重要的指导价值。具体主要工作内容如下。
The squeezing effect of a moving atom interacting with a squeezed vacuum state field is investigated.
研究了与单模压缩真空态场相互作用的运动原子的压缩效应。
Based on these, one newly experiment prepare plan for generation of multimode squeezed state light field is raised.
并在上述研究的基础上,提出了一种制备多模叠加光场并使该光场产生压缩效应的实验方案。
Such states can be produced by the multiphoton interaction between the excited atoms and the field in squeezed vacuum state.
这种态可由压缩真空光场与激发原子间的多无子作用产生。
Especially, the squeezed degree is increased with the immiting of vacuum state light-field under some special conditions.
特别是,在特定条件下,真空场的注入可以提高压缩程度。
Especially, the squeezed degree is increased with the immiting of vacuum state light-field under some special conditions.
特别是,在特定条件下,真空场的注入可以提高压缩程度。
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