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arXiv 1105.0451physics.atom-phphysics.chem-ph
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蓝失谐光缔合形成v”=0能级的超冷亚稳Rb2分子

Formation of ultracold metastable Rb2 molecules in their v"=0 level by blue-detuned photoassociation

M. A. Bellos, D. Rahmlow, R. Carollo, J. Banerjee, O. Dulieu, A. Gerdes, E. E. Eyler, P. L. Gould, W. C. Stwalley

摘要:

我们报告的观察蓝失谐光缔合在Rb 2,其中振动能级是积极的相应的激发原子渐近线以上。MOT中的85 Rb原子在短的核间距离处以大约5x10^4分子/秒的速率与(1)3 Pi g态的能级光缔合。我们已经观测到了所有四个自旋轨道分量0 g+,0 g-,1g和2g的大部分预测振动能级,包括0 g+外阱的能级。这些分子衰变到亚稳态α 3 σ u+态,有些优先衰变到v”=0能级,正如我们观察到的光缔合到1g组分的v '= 8能级。

英文摘要:

We report on the observation of blue-detuned photoassociation in Rb2, in which vibrational levels are energetically above the corresponding excited atomic asymptote. 85Rb atoms in a MOT were photoassociated at short internuclear distances to levels of the (1)3Pi g state at a rate of approximately 5x10^4 molecules/s. We have observed most of the predicted vibrational levels for all four spin-orbit components 0g+, 0g-, 1g, and 2g, including levels of the 0g+ outer well. These molecules decay to the metastable a3Sigma u+ state, some preferentially to the v"=0 level, as we have observed for photoassociation to the v'=8 level of the 1g component.

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