Fotodissociação de moléculas diatômicas

Abstract

In this work, we investigate photodissociation in diatomic molecules to serve as basis to simulate many-body interactions. One of the challenges, along side with experiments, are the photons’ interaction in optical traps common in the study of exotic phases such as the Bose-Einstein condensate [10]. In this case, at low temperature regimes, the Bose-Einstein condensation allow us to access the essential dynamics of the ground state energy, and thus providing clues for the construction of an indirect method to discard inappropriate molecules in these traps. In addition, we also present the Franck-Condon rule [3], which can be employed to estimate dissociation rates in experiment. This work provides some theoretical basis for simulations of the ground state of condensation in diatomic molecules, and their dissociation rates.