Research interests
Find a professor who does research in an area you're interested in by using the table below. It organizes the faculty according to their interests in three different categories. Select a tab below depending on whether you'd like to sort by focus area, technique or by traditional division.
- Bioactivity
- Catalysis
- Energy
- Kinetics / dynamics
- Materials
- Magnetism
- Mechanisms
- Medicinal
- Nanotechnology
- Polymers
- Sensors
- Surfaces
| Name and links | Specific area of study | |
|---|---|---|
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Medicinal chemistry, molecular recognition, synthesis, epigenetic therapies, chemical biology |
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Total synthesis and chemical biology; control of protein-protein interactions with small molecules |
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Biomolecules on surfaces, spectroscopy, instrument design, computer modeling |
| Name and links | Specific area of study | |
|---|---|---|
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F-elements, organometallic and coordination chemistry, synthesis, medical and catalytic applications |
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Microfluidic and surface electro-chemistry, fuel cell catalysis, impedance spectroscopy |
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Synthesis, coordination chemistry, and applications of stable radicals and redox-active ligands |
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Catalyst discovery and mechanisms, organometallic chemistry, mass spectrometry |
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Catalyst design/mechanism, transition metal, Si & P chemistry, E-H activation, inorganic polymers |
| Name and links | Specific area of study | |
|---|---|---|
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Supramolecular dynamics, kinetics, host-guest, gels, photophysics, photochromism, asphaltene |
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Surface spectroscopy, Raman, photovoltaics, bioanalytical, cancer research, single-molecule detection |
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Materials chemistry, organic electronics, photovoltaics, photochromism, photomagnetism, spintronics |
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Microfluidic and surface electro-chemistry, fuel cell catalysis, impedance spectroscopy |
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Synthesis, coordination chemistry, and applications of stable radicals and redox-active ligands |
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Molecular spectroscopy, photonics materials, laser desorption ionization, nonlinear optics, molecule detection, MALDI mass spectrometry |
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Catalyst discovery and mechanisms, organometallic chemistry, mass spectrometry |
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Catalyst design/mechanism, transition metal, Si & P chemistry, E-H activation, inorganic polymers |
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Solar cells, X-ray detectors, high-throughput synthesis, solution-processed semiconductors, functional materials |
| Name and links | Specific area of study | |
|---|---|---|
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Supramolecular dynamics, kinetics, host-guest, gels, photophysics, photochromism, asphaltene |
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Microfluidic and surface electro-chemistry, fuel cell catalysis, impedance spectroscopy |
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Biomolecules on surfaces, spectroscopy, instrument design, computer modeling |
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Nanoparticles and quantum dots for cancer diagnostics and therapy, quantum computing and spintronics |
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Mechanistic organic photochemistry, excited state proton transfer |
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Catalyst discovery and mechanisms, organometallic chemistry, mass spectrometry |
| Name and links | Specific area of study | |
|---|---|---|
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Surface spectroscopy, Raman, photovoltaics, bioanalytical, cancer research, single-molecule detection |
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Supramolecular dynamics, kinetics, host-guest, gels, photophysics, photochromism, asphaltene |
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Chemistry of phosphorus, arsenic, antimony and bismuth: new synthetic and spectroscopic studies |
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Microfluidics, artificial cells, droplets, drug discovery, patient analytics, healthcare, simulation |
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Materials chemistry, organic electronics, photovoltaics, photochromism, photomagnetism, spintronics |
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Microfluidic and surface electro-chemistry, fuel cell catalysis, impedance spectroscopy |
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Synthesis, coordination chemistry, and applications of stable radicals and redox-active ligands |
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Biomolecules on surfaces, spectroscopy, instrument design, computer modeling |
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Molecular spectroscopy, photonics materials, laser desorption ionization, nonlinear optics, molecule detection, MALDI mass spectrometry |
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Self-assembly, polymer materials, nanoparticles, quantum dots, drug delivery, microfluidics |
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Self-assembly on solid surfaces, Monte Carlo and multi-scale methods, materials in external fields |
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Catalyst design/mechanism, transition metal, Si & P chemistry, E-H activation, inorganic polymers |
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Solar cells, X-ray detectors, high-throughput synthesis, solution-processed semiconductors, functional materials |
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Nanoparticles and quantum dots for cancer diagnostics and therapy, quantum computing and spintronics |
| Name and links | Specific area of study | |
|---|---|---|
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Materials chemistry, organic electronics, photovoltaics, photochromism, photomagnetism, spintronics |
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Synthesis, coordination chemistry, and applications of stable radicals and redox-active ligands |
| Name and links | Specific area of study | |
|---|---|---|
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Supramolecular dynamics, kinetics, host-guest, gels, photophysics, photochromism, asphaltene | |
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Catalyst discovery and mechanisms, organometallic chemistry, mass spectrometry | |
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Catalyst design/mechanism, transition metal, Si & P chemistry, E-H activation, inorganic polymers | |
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Mechanisms of organic photochemical reactions. Synthesis of compounds of pharmaceutical interest including intermediates and active pharmaceutical ingredients (APIs). |
| Name and links | Specific area of study | |
|---|---|---|
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Microfluidics, artificial cells, droplets, drug discovery, patient analytics, healthcare, simulation |
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Medicinal chemistry, molecular recognition, synthesis, epigenetic therapies, chemical biology |
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Total synthesis and chemical biology; control of protein-protein interactions with small molecules |
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Self-assembly, polymer materials, nanoparticles, quantum dots, drug delivery, microfluidics |
| Name and links | Specific area of study | |
|---|---|---|
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Surface spectroscopy, Raman, photovoltaics, bioanalytical, cancer research, single-molecule detection |
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Materials chemistry, organic electronics, photovoltaics, photochromism, photomagnetism, spintronics |
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Self-assembly, polymer materials, nanoparticles, quantum dots, drug delivery, microfluidics |
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Molecular spectroscopy, photonics materials, laser desorption ionization, nonlinear optics, molecule detection, MALDI mass spectrometry |
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Self-assembly on solid surfaces, Monte Carlo and multi-scale methods, materials in external fields |
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Solar cells, X-ray detectors, high-throughput synthesis, solution-processed semiconductors, functional materials |
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Nanoparticles and quantum dots for cancer diagnostics and therapy, quantum computing and spintronics |
| Name and links | Specific area of study | |
|---|---|---|
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Chemistry of phosphorus, arsenic, antimony and bismuth: new synthetic and spectroscopic studies |
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Biomolecules on surfaces, spectroscopy, instrument design, computer modeling |
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Self-assembly, polymer materials, nanoparticles, quantum dots, drug delivery, microfluidics |
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Catalyst design/mechanism, transition metal, Si & P chemistry, E-H activation, inorganic polymers |
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Materials chemistry, organic electronics, photovoltaics, photochromism, photomagnetism, spintronics |
| Name and links | Specific area of study | |
|---|---|---|
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Surface spectroscopy, Raman, photovoltaics, bioanalytical, cancer research, single-molecule detection |
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Microfluidics, artificial cells, droplets, drug discovery, patient analytics, healthcare, simulation |
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Medicinal chemistry, molecular recognition, synthesis, epigenetic therapies, chemical biology |
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Solar cells, X-ray detectors, high-throughput synthesis, solution-processed semiconductors, functional materials |
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Materials chemistry, organic electronics, photovoltaics, photochromism, photomagnetism, spintronics |
| Name and links | Specific area of study | |
|---|---|---|
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Surface spectroscopy, Raman, photovoltaics, bioanalytical, cancer research, single-molecule detection |
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Microfluidics, artificial cells, droplets, drug discovery, patient analytics, healthcare, simulation |
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Microfluidic and surface electro-chemistry, fuel cell catalysis, impedance spectroscopy |
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Biomolecules on surfaces, spectroscopy, instrument design, computer modeling |
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Self-assembly, polymer materials, nanoparticles, quantum dots, drug delivery, microfluidics |
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Molecular spectroscopy, photonics materials, laser desorption ionization, nonlinear optics, molecule detection, MALDI mass spectrometry |
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Self-assembly on solid surfaces, Monte Carlo and multi-scale methods, materials in external fields |
- Biological assays
- Electrochemistry
- Fast kinetics
- Lasers
- Magnetometry and electron paramagnetic resonance
- Mass spectrometry
- Microfluidics
- Microscopy
- NMR
- Spectroscopy
- Synthesis
- Theory
| Name and links | Specific area of study | |
|---|---|---|
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Microfluidics, artificial cells, droplets, drug discovery, patient analytics, healthcare, simulation |
