Theory of Many Body Processes in Chemical Physics

在这个项目中，理论和计算物理 化学系的化学课程，莱因哈特将 开展研究，从根本上探索 混沌哈密顿动力学与 光谱学，化学动力学，半经典量子化， 和对应原理。 重点将放在发展新的数学和 与电子-原子碰撞有关的计算方法， 导致电离的原子和分子光吸收 和/或离解，以及强交流中原子的结构 和直流外场;和凝聚相分子间 吡咯的模式特异性激发动力学 与皮秒时间尺度上的实验有关。

In this project in the Theoretical and Computational Physical Chemistry Program of the Chemistry Division, Reinhardt will carry out research which will fundamentally explore the relation of chaotic Hamiltonian dynamics to problems of spectroscopy, chemical dynamics, semi-classical quantization, and the correspondence principle. The emphasis will be on development of new mathematical and computational approaches relating to electron-atom collisions, atomic and molecular photoabsorption leading to ionization and/or dissociation, and the structure of atoms in intense ac and dc external fields; and condensed phase intermolecular dynamics following mode specific excitation of pyrrole as related to experiments on a picosecond time scale.