Dynamics of Photon-Atom Interactions (Physics)

与高功率激光和同步加速器光源获得的数据相关的光子-原子相互作用过程将被研究。在大多数情况下，所考虑的过程的动力学将由电子相关效应控制。研究将在变分原理的框架内进行第n次微扰过程。要研究的相互作用包括各种原子（包括原子氢、碱、稀有气体和负卤素离子）的多光子电离和开壳层原子（包括原子氧和氯）的光电离。

Photon-atom interaction processes relevant to data obtained with high-power lasers and synchrotron light sources will be investigated. In most cases the dynamics of the processes considered will be governed by electron correlation effects. Studies will be carried out within the framework of a variational principle for Nth pertubative processes. Interactions to be investigated include multiphoton ionization of various atoms (including atomic hydrogen, alkalis, rare gases and negative halogen ions) and photoionization of open shell atoms (including atomic oxygen and chlorine).