Professor of Physics
Department of Physics and Astronomy, Faculty of Science
Vita (last update: October 2019)
Research Specialization
My research is concerned with the question of how atomic and molecular few-body systems respond to perturbations exerted on them by impinging particles and external fields. Such collision or laser field induced quantum dynamics have implications for a variety of topics and applications ranging from plasma diagnostics to radiation biology. What is more, they constitute a problem of fundamental importance: How do the building blocks of matter interact and evolve in space and time? The better this question is answered the more is learned about a further issue that receives considerable attention: Can few-body quantum dynamics be manipulated purposefully and controlled actively? I have participated in a number of projects and activities to shed light on these issues by theoretical analysis and computations. The theoretical approaches used include density functional theory to deal with the many-electron problem, and both nonperturbative and perturbative quantum methods to describe the dynamics of the systems.