David Anderson

David Anderson serves as Department Head and Professor in the Department of Chemistry at the University of Wyoming's College of Engineering and Physical Sciences. His research program investigates fundamental chemical processes in quantum solvents and advanced spectroscopic techniques at cryogenic temperatures.

His academic credentials include a B.S. from George Washington University (1988), Ph.D. from Dartmouth University (1993), NRC Postdoctoral Fellowship at JILA/University of Colorado (1996), and Postdoctoral Fellowship at the University of Pennsylvania (2000). These experiences established his expertise in low-temperature physical chemistry.

Dr. Anderson's research centers on chemical reactions occurring in quantum solvents (liquid helium and solid hydrogen) at temperatures near 4 K, with emphasis on quantum tunneling mechanisms triggered by vibrational excitation. His group pioneers high-resolution infrared spectroscopy of dopants in solid hydrogen matrices, discovering cooperative absorptions that violate conventional selection rules. These investigations bridge fundamental quantum mechanics with practical applications in hydrogen storage technology, confined-system catalysis, and astrochemistry related to interstellar/planetary ices.

Analysis of his 15 most recent publications reveals consistent focus on nuclear spin conversion dynamics, quantum diffusion phenomena, and tunneling reactions in solid parahydrogen matrices. The work demonstrates sophisticated integration of matrix isolation techniques with infrared spectroscopy to probe molecular behavior in quantum solids, with increasing emphasis on astrochemical implications.

Scientific Awards:

• No major scientific awards listed in source materials

Dr. Anderson advises graduate researchers in chemical physics and has secured sustained funding through federal grants and collaborative projects, as evidenced by publications like 'Collaborative Research: Understanding the reactivity of hydrogen atoms in solid parahydrogen'. His NRC Postdoctoral Fellowship underscores early-career recognition of research potential.

He leads an active research group within the University of Wyoming's R1-classified Department of Chemistry, operating specialized cryogenic spectroscopy facilities in the Physical Science Building. The team's work contributes significantly to the university's research mission through publications in high-impact physical chemistry journals and investigations relevant to energy science and space chemistry.