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首页> 外文期刊>The European physical journal, D. Atomic, molecular, and optical physics >Formation of ultracold molecules via photoassociation with blue detuned laser light
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Formation of ultracold molecules via photoassociation with blue detuned laser light

机译:通过与蓝色失谐激光的光缔合形成超冷分子

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摘要

We propose a new possibility to form ultracold molecules, via photoassociation of a pair of cold atoms into vibrational levels of the external well of an excited electronic state located at intermediate interatomic distance (≈ 20 Bohr radii), and embedded in the dissociation continuum above its dissociation limit. The existence of such a well is demonstrated by conventional free-free absorption spectroscopy at thermal energies. Estimation for cold atom photoassociation and cold molecule formation rates are obtained within a perturbative approach [Drag et al., IEEE J. Quant. Electr. 36, 1378 (2000)], and are found observable for usual conditions of photoassociation experiments.
机译:我们提出了一种新的可能性,通过将一对冷原子光缔合成处于中间原子间距离(≈20 Bohr半径)的激发电子态的外部阱的振动能级,并嵌入其上方的解离连续体中,从而形成超冷分子解离极限。通过常规的自由能吸收光谱在热能下证明了这种井的存在。在微扰方法中获得了冷原子光缔合和冷分子形成速率的估计[Drag等,IEEE J. Quant。电器。 36,1378(2000)],并且发现对于光缔合实验的通常条件是可观察到的。

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