Probabilidades de transición de un sistema molecular interactuando con un campo electromagnético: tratamiento algebraico de la evolución temporal

Abstract

In this paper, analytic transition probabilities of a molecular system interacting with radiation are determined by Lie algebras techniques and quantum optics states. The molecular system is modeled by the Rydberg potential and the interaction between matter and radiation is approximated by an electric dipole. The probabilities are calculated and analyzed in molecules H − X, where H is the hydrogen atom and X is a series of halogen atoms. In order to complete our research, we also study the collision between Helium atom and our molecules. At the end, our results were in good agreement with excitation and emission processes.