PhD in Physics - Theoretical Atomic and Molecular Physics in Manhattan United States | Kansas State University

Research encompasses diverse areas within scattering theory and atomic/molecular structure, often inspired by experimental findings. These investigations offer deeper insights into atomic electronic interactions, which are subsequently validated through further experimentation. Alongside this experimental focus, purely theoretical explorations are pursued, including the creation of innovative computational techniques. Scientists are formulating theoretical frameworks to analyze collisions involving ions, electrons, and photons with atoms and molecules across various energy levels, aiming to comprehend energy and momentum exchange during these interactions. This work directly supports experimental research conducted both at Kansas State University and other facilities. Atomic structure research involves meticulous tracking of how atoms and ions relax after collisions. Hyperspherical coordinate studies of multiply excited atomic states are uncovering parallels between atomic electronic excitations and molecular vibrational-rotational patterns. Additional studies on ion-surface and ion-cluster (including C60) interactions enhance our knowledge of corrosion processes, catalytic mechanisms, and the evolving field of fullerene chemistry.