Dr. Stamm joined the faculty of UE in 2005 after obtaining a B.S. in Physics from the California Institute of Technology and a PhD in Biochemistry, Molecular Biology and Biophysics from the University of Minnesota, Twin Cities. Dr. Stamm has two main research interests in biophysics and plasma physics. He uses electron paramagnetic resonance (EPR) spectroscopy of site-directed mutant proteins to elucidate structure-function relationships in membrane proteins. He also collaborates with NASA-Goddard to improve all aspects of plasma impedance measurements of the Earth’s ionosphere. Undergraduate projects have included simulations and fits of rocket data and pinpointing and eliminating probe circuitry error.

Outside of the classroom, Dr. Stamm enjoys wallyball, Tae Kwon Do, reading SF/Fantasy, and playing board and card games of all sorts.

Professor Braun received his PhD from Oklahoma State University in 1974, with a dissertation in relativistic quantum theory. Since joining the University of Evansville faculty in 1984, he has been studying the interaction between light and matter, leading research projects in photon correlation studies, holography, phase conjugation, and saturated absorption spectroscopy. Prof. Braun twice chaired the AAPT's national Committee on Undergraduate Education and UE's Faculty Senate. His Physics Study Guide, published by Addison-Wesley, is now in its 3rd Edition. He has given numerous presentations on his research and on various topics in undergraduate physics education.

When not in the classroom or lab, Dr. Braun is an active tennis player and official, having officiated numerous college and professional tennis matches, including the US Open.

Dr. Harmon arrived at UE in 2019. He obtained a B.A. in Physics and Mathematics from the College of Wooster and a PhD in Physics from The Ohio State University after which he worked as a post-doc and research scientist at the University of Iowa for several years. Dr. Harmon's research is in the field of theoretical condensed matter or solid state physics. Most of his work is related to the "spin" of electrons and how that spin can be used for something practical. The research has tended to be cross-disciplinary as Dr. Harmon collaborates with chemists, materials scientists, and electrical engineers. When not on campus, Dr. Harmon enjoys spending time with his family, taking adventures with his whippet, Crocker, and traveling.