Analytical Chemistry
Name | Research Area(s) | web site |
| Facundo Fernandez | Analytical Chemistry; Bioanalytical Mass Spectrometry: Ambient Sampling/Ionization & Molecular Imaging, Ion Mobility Spectrometry, Metabolomics, Pharmaceutical Forensics | link |
| *Neha Garg | Analytical and Biological Chemistry; Untargeted and Spatial Metabolomics; Chemical Microbiology; Natural Product Discovery and Chemical Ecology; Genomics; Infectious Disease | link |
| *Mijin Kim | Analytical and Materials Chemistry; Nanosensor Technologies for Cancer Diagnostics and Research; Fluorescence Imaging/Spectroscopy in Biology | link |
| *Amanda Stockton | Analytical Chemistry; Analytical methods and instruments for planetary and terrestrial exploration | link |
| *Ronghu Wu | Analytical and Biological Chemistry; Chemical biology; Protein modifications; Protein glycosylation, Cell-surface proteins, Protein dynamics | link |
Biochemistry
Name | Research Area(s) | web site |
| *Vinny Agarwal | (Bio)Organic Chemistry; Discovery and Biosynthesis of Natural Products; Enzymology; Structural Biology; Metabolomics; (Meta)Genomics | link |
| *Marc Cicerone | Physical and Biological Chemistry; Label-free vibrational imaging; THz Dynamics of Liquids and Glass; Protein and Vaccine Stabilization | link |
| *Aditi Das | Biochemistry and Chemical biology of Lipids, Mechanism of Membrane proteins in Nanodiscs using biophysical techniques, Enzymology of metalloproteins | link |
| *Christoph Fahrni | Bioinorganic chemistry, Organic chemistry, Bioanalytical chemistry, Biophysical chemistry, Fluorescent probes, Metalloproteins, X-ray fluorescence imaging | link |
| *M.G. Finn | Organic and Materials Chemistry, Chemical Biology; Immunology and Vaccine Development; Click Chemistry Applied to Functional Materials and Biopolymers; Membrane-based Molecular Separations | link |
| *Neha Garg | Analytical and Biological Chemistry; Untargeted and Spatial Metabolomics; Chemical Microbiology; Natural Product Discovery and Chemical Ecology; Genomics; Infectious Disease | link |
| *Nick Hud | Organic and Biological Chemistry; Chemistry at the origin of life; Self-assembling molecules; Nucleic acid chemistry | link |
| *Lynn Kamerlin | Computational and Theoretical Chemistry; Molecular Evolution; Metallobiochemistry; Protein Design | link |
| *Peter Kasson | Biophysical and Computational Chemistry; membrane biophysics; single-virus spectroscopy; molecular simulation; infectious diseases | link |
| Julia Kubanek | (Bio)Organic Chemistry; (Bio)Analytical Chemistry; Discovery of Natural Products; Metabolomics; Chemical Communication and Ecology | link |
| *Raquel Lieberman | Biological chemistry, Biophysical chemistry, structural biology, proteostasis, protein misfolding, amyloid, membrane enzymology, neutron scattering, glaucoma, Alzheimer’s disease | link |
| *Andrew McShan | Biophysical and Computational Biology; Biochemistry; Structural Biology; Biomolecular NMR spectroscopy; Immunology; Lipid Transfer Proteins; Protein Design; Protein Engineering | link |
| *Yomi Oyelere | Organic and Biological Chemistry; Drug discovery; Chemical biology; Small-Molecule Epigenetic Modifiers | link |
| *Pamela Peralta-Yahya | Organic Chemistry, Chemical Biology, Synthetic Biology; Biological sensors in evolution and enzymatic pathways; Engineering biological systems for the production of fuels and other functional molecules | link |
| *Amit Reddi | Biochemistry; Metalloproteins in biological regulation and disease; Heme and superoxide dismutase trafficking and regulation | link |
| Inga Schmidt-Krey | Structural Biology; biochemistry and biophysics of eukaryotic membrane proteins, cryo-electron microscopy (cryo-EM), single particle analysis, electron crystallography | link |
| *Loren Williams | Biochemistry; Origins of life; Ribosome origins and evolution; Chemical Evolution | link |
| *Ronghu Wu | Analytical and Biological Chemistry; Chemical biology; Protein modifications; Protein glycosylation, Cell-surface proteins, Protein dynamics | link |
Inorganic Chemistry
Name | Research Area(s) | web site |
| *Henry La Pierre | Inorganic, Radiological, f-Element and Materials Chemistry; Molecular Magnetism, Spectroscopy | link |
| Joseph Sadighi | Inorganic Chemistry; organometallic chemistry; catalysis applied to energy and sustaibability | link |
| *Jake Soper | Inorganic Chemistry; Transition metal-mediated reactions and synthetic methods | link |
| *Angus Wilkinson | Inorganic and Materials Chemistry; Low and negative thermal expansion materials; Materials synthesis and properties at high pressure; Low CO2 cement systems; Synchrotron x-ray methods development | link |
| *Younan Xia | Inorganic and Materials Chemistry, Nanoscience; Shape-controlled synthesis of nanocrystals with applications to biomedicine and catalysis; regenerative medicine, controlled release | link |
| John Zhang | Inorganic and Materials Chemistry; Magnetic nanoparticles; radiation sensing and screening | link |
Organic and Polymer Chemistry
Name | Research Area(s) | web site |
| *Jason Azoulay | Organic, Polymer, and Materials Chemistry; Homogenous Catalysis; Optoelectronics; Spin, Magnetic, and Quantum Materials; Chemical Sensing; Devices | link |
| *M.G. Finn | Organic and Materials Chemistry, Chemical Biology; Immunology and Vaccine Development; Click Chemistry Applied to Functional Materials and Biopolymers; Membrane-based Molecular Separations | link |
| *Stefan France | Organic Chemistry; Synthetic methods development; Natural products synthesis and medicinal chemistry | link |
| *Will Gutekunst | Organic and Materials Chemistry; Polymer chemistry informed by modern organic synthesis; Dynamic control of polymer structure and function; New functional and recyclable materials. | link |
| *Nick Hud | Organic and Biological Chemistry; Chemistry at the origin of life; Self-assembling molecules; Nucleic acid chemistry | link |
| Julia Kubanek | (Bio)Organic Chemistry; (Bio)Analytical Chemistry; Discovery of Natural Products; Metabolomics; Chemical Communication and Ecology | link |
| *Yomi Oyelere | Organic and Biological Chemistry; Drug discovery; Chemical biology; Small-Molecule Epigenetic Modifiers | link |
| *Pamela Peralta-Yahya | Organic Chemistry, Chemical Biology, Synthetic Biology; Biological sensors in evolution and enzymatic pathways; Engineering biological systems for the production of fuels and other functional molecules | link |
| John Reynolds | Organic and Materials Chemistry; Polymer chemistry and materials science of electroactive polymers | link |
Physical Chemistry
Name | Research Area(s) | web site |
| *Marc Cicerone | Physical and Biological Chemistry; Label-free vibrational imaging; THz Dynamics of Liquids and Glass; Protein and Vaccine Stabilization | link |
| *Rob Dickson | Physical Chemistry and Spectroscopy; Fluorescence Imaging in Biology; Diagnostics for Drug Resistance | link |
| *Peter Kasson | Biophysical and Computational Chemistry; membrane biophysics; single-virus spectroscopy; molecular simulation; infectious diseases | link |
| *Thom Orlando | Physical Chemistry and Surface Science; Surface chemistry under radiation in space; Electron- and photon-initiated surface processes; Human spaceflight; Air quality detection and improvement | link |
Theoretical and Computational Chemistry and Biochemistry
Name | Research Area(s) | web site |
| *Lynn Kamerlin | Computational and Theoretical Chemistry; Molecular Evolution; Metallobiochemistry; Protein Design | link |
| *Peter Kasson | Biophysical and Computational Chemistry; membrane biophysics; single-virus spectroscopy; molecular simulation; infectious diseases | link |
| *Josh Kretchmer | Computational and Theoretical Chemistry; Physical Chemistry; Quantum dynamics; Real-time electronic structure; Light-matter interactions; Charge and spin-transport in quantum materials | link |
| *Jesse McDaniel | Computational and Theoretical Chemistry; Electrochemistry and electrochemical energy storage applications; Structure and dynamics at interfaces | link |
| *David Sherrill | Computational and Theoretical Chemistry; ab initio electronic structure theory and software development; Non-covalent interactions in a variety of settings | link |