Effect of interatomic separation and spatial spread of individual atoms in a collective state interferometer

R. Sarkar, May E. Kim, Y. Tu, S. Shahriar
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Abstract

We establish the precise role of interatomic distance and the irrelevance of free propagation broadening of atomic wavepacket in determining the fidelity of collective excitation in an ensemble based atom interferometer with high Compton frequency.
集体态干涉仪中原子间分离和单个原子空间扩散的影响
在高康普顿频率系综原子干涉仪中,建立了原子间距离的精确作用和原子波包自由传播展宽的无关性。
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