Select a link to filter the faculty by focus area.
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- supramolecular chemistry, dynamics, kinetics, host-guest, photochemistry and photophysics
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- surface spectroscopy, Raman, SERS, photovoltaics, bioanalytical, cancer diagnostic, single-molecule detection
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- synthesis, organic materials, polymers, molecular electronics, magnetism, 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, organometallic & coordination chemistry, electrospray ionization mass spectrometry
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- supramolecular chemistry, dynamics, kinetics, host-guest, photochemistry and photophysics
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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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- Ln3+ nanoparticles for bio-imaging, quantum dots, quantum computing, blue LEDs, GaN nanoparticles
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- Mechanistic organic photochemistry; excited state proton transfer; reactivity of electronically excited states
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- surface spectroscopy, Raman, SERS, photovoltaics, bioanalytical, cancer diagnostic, single-molecule detection
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- chemistry of phosphorus, arsenic, antimony and bismuth: new synthetic and spectroscopic studies
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- synthesis, organic materials, polymers, molecular electronics, magnetism, 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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- controlled self-assembly of polymer/ nanoparticle materials for photonics, biolabeling and sensing
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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, silicon & phosphorus chemistry, E-H activation, new inorganic polymers
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- Ln3+ nanoparticles for bio-imaging, quantum dots, quantum computing, blue LEDs, GaN nanoparticles
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- surface spectroscopy, Raman, SERS, photovoltaics, bioanalytical, cancer diagnostic, single-molecule detection
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- synthesis, organic materials, polymers, molecular electronics, magnetism, photomagnetism, spintronics
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- controlled self-assembly of polymer/ nanoparticle materials for photonics, biolabeling and sensing
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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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- Ln3+ nanoparticles for bio-imaging, quantum dots, quantum computing, blue LEDs, GaN nanoparticles
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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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- controlled self-assembly of polymer/ nanoparticle materials for photonics, biolabeling and sensing
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- catalyst design, silicon & phosphorus chemistry, E-H activation, new inorganic polymers
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- surface spectroscopy, Raman, SERS, photovoltaics, bioanalytical, cancer diagnostic, single-molecule detection
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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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- controlled self-assembly of polymer/ nanoparticle materials for photonics, biolabeling and sensing
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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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Select a link to filter the faculty by techniques central to their research.
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- surface spectroscopy, Raman, SERS, photovoltaics, bioanalytical, cancer diagnostic, single-molecule detection
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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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- controlled self-assembly of polymer/ nanoparticle materials for photonics, biolabeling and sensing
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- Ln3+ nanoparticles for bio-imaging, quantum dots, quantum computing, blue LEDs, GaN nanoparticles
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- Mechanistic organic photochemistry; excited state proton transfer; reactivity of electronically excited states
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- chemistry of phosphorus, arsenic, antimony and bismuth: new synthetic and spectroscopic studies
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- bioorganic & medicinal chemistry, molecular recognition, synthesis, cancer, proteins, chemical biology
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- catalyst design, silicon & phosphorus chemistry, E-H activation, new inorganic polymers
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- surface spectroscopy, Raman, SERS, photovoltaics, bioanalytical, cancer diagnostic, single-molecule detection
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- chemistry of phosphorus, arsenic, antimony and bismuth: new synthetic and spectroscopic studies
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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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- controlled self-assembly of polymer/ nanoparticle materials for photonics, biolabeling and sensing
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- Ln3+ nanoparticles for bio-imaging, quantum dots, quantum computing, blue LEDs, GaN nanoparticles
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- f-elements, organometallic and coordination chemistry, synthesis, medical and catalytic applications
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- chemistry of phosphorus, arsenic, antimony and bismuth: new synthetic and spectroscopic studies
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- synthesis, organic materials, polymers, molecular electronics, magnetism, photomagnetism, spintronics
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- membranes, ion-channels, biomimetic, molecular recognition, self-assembly
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- synthesis, coordination chemistry, and applications of stable radicals and redox-active ligands
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- bioorganic & medicinal chemistry, molecular recognition, synthesis, cancer, proteins, chemical biology
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- catalyst discovery, organometallic & coordination chemistry, electrospray ionization mass spectrometry
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- controlled self-assembly of polymer/ nanoparticle materials for photonics, biolabeling and sensing
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- catalyst design, silicon & phosphorus chemistry, E-H activation, new inorganic polymers
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- Mechanistic organic photochemistry; excited state proton transfer; reactivity of electronically excited states
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- Ln3+ nanoparticles for bio-imaging, quantum dots, quantum computing, blue LEDs, GaN nanoparticles
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- total synthesis and chemical biology; control of protein-protein interactions with small molecules
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Select a link to filter the faculty by division.