Preparation of vibrational quasi-bound states of the transition state complex BrHBr from the bihalide ion BrHBr.

Efficient strategies that allow the preparation of molecular systems in particular vibrational states are important in the application of quantum control schemes to chemical reactions. In this paper, we propose the preparation of quasi-bound vibrational states of the collinear transition state complex BrHBr, from vibrational states of the bihalide ion BrHBr, that favor the bond selective breakage of BrHBr. The results shown complement the investigation that we reported in a previous paper, [A.