Research Efforts by Areas
Our faculty perform cutting edge research at the junction of chemical, biological, environmental, and forensic sciences
Click to expand each research area to see the faculty.
Hao ChenThe mass spectrometry and electrochemistry research, with the aim to develop new analytical, biomedical, and forensic applications through novel instrumentation |
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Alexei KhalizovAtmospheric chemistry of air pollution and climate change, fluids in nanoporous media |
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Mengyan LiEnvironmental microbiology and biotechnology, water remediation |
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Somenath MitraNanotechnology for environmental and energy technologies, analytical chemistry, membrane separations, and real-time environmental monitoring |
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Omowunmi SadikBiosensors, Surface chemistry, Electrochemistry, and Nanostructured conducting polymers: with emphasis on developing innovative technologies for improving human health, energy, and the environment |
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Lijie ZhangEnvironmental biogeochemical processes, pollution remediation, resource recovery |
Alexei KhalizovAtmospheric chemistry of air pollution and climate change, fluids in nanoporous media |
Hao ChenThe mass spectrometry and electrochemistry research, with the aim to develop new analytical, biomedical, and forensic applications through novel instrumentation |
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Mengyan LiEnvironmental microbiology and biotechnology, water remediation |
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Omowunmi SadikBiosensors, Surface chemistry, Electrochemistry, and Nanostructured conducting polymers: with emphasis on developing innovative technologies for improving human health, energy, and the environment |
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Lijie ZhangEnvironmental biogeochemical processes, pollution remediation, resource recovery |
Sara Casado ZapicoApplications of biochemical techniques to forensic science issues, like age-at-death estimation, postmortem interval determination, body fluid identification, and touch/transfer DNA |
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Trevor Del CastilloPolymer Chemistry, Organic Synthesis, Polymer Characterization, Sequence-defined Polymer Synthesis and Properties, Drug/Gene Delivery, Automation, Flow Chemistry, Polymer Recycling |
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Edgardo FarinasProtein and microbial engineering and optimization for biotechnology, bioremediation, and clean energy |
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Tamara GundModeling of the drug-biomolecule interactions |
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Mengyan LiEnvironmental microbiology and biotechnology, water remediation |
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Genoa WarnerEnvironmental health, reproductive toxicology, chemical biology |
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Yuanwei ZhangOrganic chemistry, light-responsive biomaterials |
Pier Alexandre ChampagneExperimental and computational organic chemistry, with focus on organosulfur compounds, carbocations, and organocatalysis |
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Tamara GundModeling of the drug-biomolecule interactions |
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Alexei KhalizovAtmospheric chemistry of air pollution and climate change, fluids in nanoporous media |
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Farnaz ShakibA Theoretical and Computational Chemistry group interested in designing new generation sustainable energy resources, working at the junction of Computer Science, Quantum Chemistry, and Materials Science |
Hao ChenThe mass spectrometry and electrochemistry research, with the aim to develop new analytical, biomedical, and forensic applications through novel instrumentation |
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Somenath MitraNanotechnology for environmental and energy technologies, analytical chemistry, membrane separations, and real-time environmental monitoring |
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Omowunmi SadikBiosensors, Surface chemistry, Electrochemistry, and Nanostructured conducting polymers: with emphasis on developing innovative technologies for improving human health, energy, and the environment |
Mengyan LiEnvironmental microbiology and biotechnology, water remediation |
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Zeyuan QiuNatural resources and environmental economics |
Hao ChenThe mass spectrometry and electrochemistry research, with the aim to develop new analytical, biomedical, and forensic applications through novel instrumentation |
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Edgardo FarinasProtein and microbial engineering and optimization for biotechnology, bioremediation, and clean energy |
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Alexei KhalizovAtmospheric chemistry of air pollution and climate change, fluids in nanoporous media |
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Mengyan LiEnvironmental microbiology and biotechnology, water remediation |
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Somenath MitraNanotechnology for environmental and energy technologies, analytical chemistry, membrane separations, and real-time environmental monitoring |
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Zeyuan QiuNatural resources and environmental economics |
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Omowuunmi SadikBiosensors, Surface chemistry, Electrochemistry, and Nanostructured conducting polymers: with emphasis on developing innovative technologies for improving human health, energy, and the environment |
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Genoa WarnerEnvironmental health, reproductive toxicology, chemical biology |
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Lijie ZhangEnvironmental biogeochemical processes, pollution remediation, resource recovery |
Sara Casado ZapicoApplications of biochemical techniques to forensic science issues, like age-at-death estimation, postmortem interval determination, body fluid identification, and touch/transfer DNA |
|
Hao ChenThe mass spectrometry and electrochemistry research, with the aim to develop new analytical, biomedical, and forensic applications through novel instrumentation |
Trevor Del CastilloPolymer Chemistry, Organic Synthesis, Polymer Characterization, Sequence-defined Polymer Synthesis and Properties, Drug/Gene Delivery, Automation, Flow Chemistry, Polymer Recycling |
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Michael EberhartPhotoinduced charge transfer and catalysis for energy generation |
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Farnaz ShakibA Theoretical and Computational Chemistry group interested in designing new generation sustainable energy resources, working at the junction of Computer Science, Quantum Chemistry, and Materials Science |
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Lijie ZhangEnvironmental biogeochemical processes, pollution remediation, resource recovery |
Hao ChenThe mass spectrometry and electrochemistry research, with the aim to develop new analytical, biomedical, and forensic applications through novel instrumentation |
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Alexei KhalizovAtmospheric chemistry of air pollution and climate change, fluids in nanoporous media |
Kevin BelfieldBiophotonics, photonic materials, and molecular engineering |
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Trevor Del CastilloPolymer Chemistry, Organic Synthesis, Polymer Characterization, Sequence-defined Polymer Synthesis and Properties, Drug/Gene Delivery, Automation, Flow Chemistry, Polymer Recycling |
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Michael EberhartPhotoinduced charge transfer and catalysis for energy generation |
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Somenath MitraNanotechnology for environmental and energy technologies, analytical chemistry, membrane separations, and real-time environmental monitoring |
|
Omowunmi SadikBiosensors, Surface chemistry, Electrochemistry, and Nanostructured conducting polymers: with emphasis on developing innovative technologies for improving human health, energy, and the environment |
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Farnaz ShakibA Theoretical and Computational Chemistry group interested in designing new generation sustainable energy resources, working at the junction of Computer Science, Quantum Chemistry, and Materials Science |
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Lijie ZhangEnvironmental biogeochemical processes, pollution remediation, resource recovery |
Kevin BelfieldBiophotonics, photonic materials, and molecular engineering |
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Pier Alexandre ChampagneExperimental and computational organic chemistry, with focus on organosulfur compounds, carbocations, and organocatalysis |
|
Trevor Del CastilloPolymer Chemistry, Organic Synthesis, Polymer Characterization, Sequence-defined Polymer Synthesis and Properties, Drug/Gene Delivery, Automation, Flow Chemistry, Polymer Recycling |
|
Michael EberhartPhotoinduced charge transfer and catalysis for energy generation |
|
Edgardo FarinasProtein and microbial engineering and optimization for biotechnology, bioremediation, and clean energy |
|
Tamara GundModeling of the drug-biomolecule interactions |
|
Farnaz ShakibA Theoretical and Computational Chemistry group interested in designing new generation sustainable energy resources, working at the junction of Computer Science, Quantum Chemistry, and Materials Science |
|
Genoa WarnerEnvironmental health, reproductive toxicology, chemical biology |
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Lijie ZhangEnvironmental biogeochemical processes, pollution remediation, resource recovery |
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Yuanwei ZhangOrganic chemistry, light-responsive biomaterials |
Michael EberhartPhotoinduced charge transfer and catalysis for energy generation |
Kevin BelfieldBiophotonics, photonic materials, and molecular engineering |
|
Michael EberhartPhotoinduced charge transfer and catalysis for energy generation |
Michael EberhartPhotoinduced charge transfer and catalysis for energy generation |
|
Alexei KhalizovAtmospheric chemistry of air pollution and climate change, fluids in nanoporous media |
|
Farnaz ShakibA Theoretical and Computational Chemistry group interested in designing new generation sustainable energy resources, working at the junction of Computer Science, Quantum Chemistry, and Materials Science |
|
Lijie ZhangEnvironmental biogeochemical processes, pollution remediation, resource recovery |
|
Yuanwei ZhangOrganic chemistry, light-responsive biomaterials |
Trevor Del CastilloPolymer Chemistry, Organic Synthesis, Polymer Characterization, Sequence-defined Polymer Synthesis and Properties, Drug/Gene Delivery, Automation, Flow Chemistry, Polymer Recycling |
|
Edgardo FarinasProtein and microbial engineering and optimization for biotechnology, bioremediation, and clean energy |
|
Omowunmi SadikBiosensors, Surface chemistry, Electrochemistry, and Nanostructured conducting polymers: with emphasis on developing innovative technologies for improving human health, energy, and the environment |
|
Yuanwei ZhangOrganic chemistry, light-responsive biomaterials |