Coherent control and geometrical phases for trapped ions

J. García-Ripoll, J. Cirac, P. Zoller
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Abstract

In this work, a method to implement the pushing gate and the fast gates based on laser pulses is shown. An alternative and more general model of fast gate based on continuous off-resonant lasers is proposed. As further applications, a way to induce collective and nearest neighbor lasing interactions, and use them to produce squeezing, and generate cluster and GHz states of up to 30 atoms of the order of a period of the trap is demonstrated.
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捕获离子的相干控制和几何相位
本文提出了一种基于激光脉冲的推进门和快速门的实现方法。提出了一种更通用的基于连续非谐振激光器的快速栅极模型。作为进一步的应用,我们展示了一种诱导集体和最近邻激光相互作用的方法,并利用它们产生压缩,并产生多达30个原子的一个周期的团簇和GHz态。
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