- Chemical Physics
- Theoretical Chemistry
- Chemical Dynamics
- Chemical Kinetics
- Classical Thermodynamics
- Computational Chemistry Laboratory
- Condensed Phase Spectroscopy
- Gas-Phase Spectroscopy
- Introduction to Quantum Mechanics I & II
- Introduction to Spectroscopy I. II, & III
- Statistical Mechanics
- Statistical Thermodynamics
Scott L. Anderson
Nanoscale surface chemistry, catalysis, nanoparticle mass spectrometry, high energy density nanoparticle fuels, development of new techniques for nanoscale surface analysis.
Peter B. Armentrout
Mass spectrometry to study thermochemistry and dynamics of biological, environmental, organometallic and plasma reactions.
Connor G. Bischak
Developing nanoscale spectroscopy platforms to uncover the relationship between chemical heterogeneity and transport processes in materials for clean energy
Investigations of structure-function relationships in biomolecular interactions utilizing a combination of solution NMR spectroscopy, biophysics and molecular biology.
Molecular dynamics of complex solutions and interfaces for environmental and energy applications, applied mathematics and data science
Computer simulation and theory of the dynamics and interactions of nanoparticles: Self-assembly, structural transformations of nanocrystals, nanocrystal growth, rare events sampling methods.
Computer simulations and statistical mechanics methods to investigate disordered materials, from monatomic liquids to nanostructured polyelectrolyte membranes.
Michael D. Morse
Gas phase laser spectroscopy to study the electronic and geometric structure of metal and semiconductor clusters, and metal-ligand complexes.
Investigating the connection between structure and function in complex macromolecular materials, with interests both in artificial macromolecules (synthetic polymers) and in biological ones (proteins, DNA).
Jennifer S. Shumaker-Parry
Nanoparticle synthesis and assembly, plasmonics, interfacial chemical analysis, fabricated nanostructures, surface plasmon resonance spectroscopy and microscopy, plasmon-based optical antennas, surface enhanced spectroscopy.
Ryan P. Steele
Quantum theoretical methods for structure and dynamics; studies of renewable energy catalysts, biological ions, ion solvation, and their spectroscopic signatures.
Multiscale simulation and modeling of biomolecular and condensed phase systems
Phone: (801) 581-7485
Office: 4613 TBBC
Ming Lee Tang
Designer Ligands for Functional Nanocrystals
Solid-state synthesis of inorganic/organic nanostructures, morphological and structural characterization by Synchrotron and in-house spectroscopy techniques, nanofabrication processes for energy conversion, batteries, and electronics.