Two methods employing photoassociation to efficiently form translationally ultracold rubidium molecules in the ground triplet and singlet states are presented. The detection process of cold Rb2 dimers through multiphoton ionization is described and analysed. Finally a preliminary experiment for trapping cold Rb2 molecules is reported.
Formation, detection and trapping of ultracold Rb2 molecules
Carlo Gabbanini
2007
Abstract
Two methods employing photoassociation to efficiently form translationally ultracold rubidium molecules in the ground triplet and singlet states are presented. The detection process of cold Rb2 dimers through multiphoton ionization is described and analysed. Finally a preliminary experiment for trapping cold Rb2 molecules is reported.File in questo prodotto:
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