Faculty (listed by research area)
Analytical Chemistry
Aga, Diana S.
Banerjee, Sarbajit
Bright, Frank V.
Bruckenstein, Stanley
Colón, Luis A.
Gardella, Joseph A., Jr.
Wood, Troy D.
Inorganic Chemistry
Atwood, Jim D.
Banerjee, Sarbajit
Churchill, Melvyn R.
Detty, Michael R.
Keister, Jerome B.
Morrow, Janet R.
Watson, David F.
Medicinal Chemistry and Chemical Biology
Chemler, Sherry R.
Detty, Michael R.
Hangauer, David G.
Lin, Qing
Morrow, Janet R.
Murkin, Andrew S.
Prasad, Paras N.
Richard, John P.
Szyperski, Thomas
Organic Chemistry
Chemler, Sherry R.
Detty, Michael R.
Diver, Steven T.
Gong, Bing
Lin, Qing
Richard, John P.
Rzayev, Javid
Physical Chemistry
Autschbach, Jochen
Benedict, Jason B.
Garvey, James F.
Nancollas, George H.
Prasad, Paras N.
Szyperski, Thomas
Environmental Chemistry
Diana Aga (Environmental Analysis)
Jim Atwood (Benign Synthesis)
Frank Bright (Sensors, Supercritical Fluids, Ionic Liquids)
Stanley Bruckenstein (Electroanalytical Chemistry for Environmental Analysis)
Luis Colón (Separations for Environmental Analysis)
Joseph Gardella (Surface Chemistry of Polymers, Degradable Polymers, Teaching Environmental Analysis)
James Garvey (Aerosol Reactions)
Jerome Keister (Benign Synthesis)
Janet Morrow (Metal Ion Separation)
Troy Wood (Mass Spectrometry for Environmental Analysis)
Materials Chemistry
Jochen Autschbach (Theory and Computations)
Sarbajit Banerjee (Materials Chemistry and Nanoscale Electronics)
Frank Bright (Sensors, Arrays, Biomaterials)
Stanley Bruckenstein (Electrochemistry & Electroactive Polymers)
Luis Colón (Materials for Separations)
Michael Detty (IR Dyes & Dendrimers)
Joseph Gardella (Materials Surface Chemistry, Polymers, Thin Films)
James Garvey (Gas Phase Chemistry)
Bing Gong (Molecular Solids, Self-assembling System)
Jerome Keister (Organometallics)
George Nancollas (Biomaterials)
Paras Prasad (Photonics, Biophotonics, Lasers)
Javid Rzayev (Polymers)
David Watson (Materials and Surface Chemistries, Photochemistry)
Troy Wood (Conducting Polymers)
Eva Zurek (Computational Studies of Materials and Nanoscale Systems)
