Faculty Research

Faculty Members Conducting Research

Students are encouraged to work with faculty mentors on research.

  • Brian BennettProfessor and Chair, D. Phil. (Sussex), is a biophysicist who uses a magnetic resonance method, electron paramagnetic resonance (EPR), to study the effects of cancer, metabolic diseases, and therapies on the energy-producing mitochondrial respiratory chain, by studying intact biopsy tissue at extremely low temperatures (10 K). Dr. Bennett also studies the mechanisms of metalloproteins with applications in "green chemistry", pharmaceutical synthesis, and reclamation of pesticide-contaminated land. Dr. Bennett regularly accepts students for research in his lab from programs that include Biophysics, Physics, Chemistry, Biological Sciences, and Biomedical Sciences.
  • Andrew Kunz, Professor, Ph.D. University of Minnesota, simulates magnetic materials in order to better understand the dynamic response of such systems. The simulation results are used to create physical models for magnetoresistive and other spintronic devices. He is also interested in improving physics education.
  • Michael Politano, Associate Professor, Ph.D. University of Illinois, models populations of interacting binary stars with emphasis on model populations of cataclysmic variable stars, such as novae. He is interested in physics education and teacher preparation.
  • Christopher Stockdale, Associate Professor, Ph.D. Oklahoma, is actively engaged in a multi-wavelength study of core collapse supernovae. He observes the radio emission from these events and their surroundings using a variety of instruments, but primarily the Very Large Array in Socorro, New Mexico.
  • Tim Tharp, Assistant Professor, Ph.D. University of Wisconsin-Madison, is an experimental plasma physicist.  He has worked on topics including fusion energy, solar flare physics, and antimatter physics.  He is currently working with the ALPHA experiment at CERN to manufacture and study antihydrogen.  At Marquette, Dr. Tharp has worked with students to build antimatter plasma diagnostics that are used to manipulate and study antimatter in the laboratory.