Charles Fehrenbach

Dr. Charles Fehrenbach specializes in the intricate field of atomic and molecular physics, with a particular focus on laser-atom interactions and ion-Rydberg atom collisions. As a Research Assistant Professor in the Physics Department at Kansas State University, he brings a wealth of knowledge and expertise to his role. Dr. Fehrenbach earned his Ph.D. in Physics from the University of Michigan in 1993, where he developed a strong foundation in theoretical and experimental physics. His research interests are diverse, encompassing ion sources, slow ion-atom collisions, and atomic spectroscopy. Dr. Fehrenbach has made significant contributions to the understanding of electron-capture dynamics in collisions of highly-charged ions with neutral atoms. His collaborative work with Colorado State University has been pivotal in advancing the use of laser-excited targets and cutting-edge detection techniques, which have opened new avenues for exploration in this field. In addition to his collaborative projects, Dr. Fehrenbach is deeply involved in atomic spectroscopy. He works closely with Steven R. Lundeen of Colorado State University to measure the fine structure intervals of multi-electron ionic atoms. This research is crucial for refining theoretical models and enhancing our understanding of atomic interactions at a fundamental level. Dr. Fehrenbach's work is characterized by a commitment to precision and innovation, and he is dedicated to pushing the boundaries of what is known about atomic and molecular interactions. His contributions to the field are not only academic but also practical, as they have implications for the development of new technologies and applications in various scientific domains. Throughout his career, Dr. Fehrenbach has been recognized for his ability to bridge theoretical concepts with experimental practice, making him a valuable asset to the academic community at Kansas State University and beyond. His ongoing research continues to inspire and inform the next generation of physicists, as he remains at the forefront of discovery in the dynamic field of atomic physics.