Physical
Research in Physical Chemistry / Chemical Physics at Penn State encompasses a broad range areas including fundamental aspects of gas-phase clusters and nanocomposites, liquids, surfaces, and solid-state materials. This research utilizes advanced instrumentation such as ultra-high vacuum methods, solid-state NMR and ultra-fast spectroscopies, and scanning probe microscopies. Strong ties link most of this research to theoretical and computational research, as well as with other interest areas such as materials and nanotechnology programs.
- Allara, D. L. Chemistry at Interfaces
- Anderson,
J. B.
Quantum Monte Carlo, Reaction Kinetics, Molecular Dynamics
- Asbury,
John
Ultrafast Infrared Spectroscopy to Reactions in Solid-State Materials
- Badding, J. V. Solid State/High Pressure Chemistry
- Benkovic, S. J. Chemical Biology
- Benesi, A. J. Theoretical and Experimental NMR Spectroscopy
- Bevilacqua, P. C. RNA Folding, Structure, and Catalysis
- Castleman, A. W. Matter of Nanoscale Dimensions
- Foley, H. C. Nanoporous carbon materials: Membranes, Transport and Catalysis
- Garrison, B. J. Computer Modeling of Fast Energy Deposition Processes at Surfaces
- Green, M. T. Biological, Inorganic, and Physical Chemistry
- Hammes-Schiffer, S. Theory and Simulation of Reactions in Chemical and Biological Systems
- Mallouk, T. E. Chemical Applications of Solid State Materials
- Maroncelli, M. Chemical Dynamics in Solution
- Maslak, P. Physical Organic Chemistry
- Mueller, K. T. High Resolution Solid State NMR Spectroscopy
- Sheets, E. D. Nanoscale dynamics in cell surface signaling
- Weiss, P. S. Atomic Scale Chemistry at Surfaces
- Winograd, N. Imaging of Biomaterials and Mass Spectrometry
Related Areas
| Biophysical: | | Anderson Bevilacqua Golbeck Hammes-Schiffer Keating Sheets |
| Spectroscopy: | Allara Asbury Castleman Golbeck Krebs Makhatadze Maroncelli Mueller Weiss Williams | |
| Surface Science: | Allara Garrison Keating Mallouk Weiss Winograd |
