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David Adalsteinsson Mathematics Associate Professor Ph.D., University of California at Berkeley Interface problems, Utilizing methods based on the Level Set Method, Algorithms such as the narrow band method and the fast extension method, Involved physical simulations such as simulating the processes involved in the creation of computer chips |
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Nancy L. Allbritton Chemistry Debreczeny Distinguished Professor M.D., Johns Hopkins University School of Medicine Ph.D., Massachusetts Institute of Technology Microfabricated Materials for Biomedical Research, Cellular Signaling, Miniaturized Systems for Cellular Analysis |
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Valerie S. Ashby Chemistry Gordon and Bowman Gray Distinguished Term Professor Ph.D., University of North Carolina at Chapel Hill Polymer Design and Synthesis, Polymer Composites, Biomaterial Synthesis |
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Max L. Berkowitz Chemistry Professor Ph.D., Weizmann Institute of Science Theoretical and Computational Chemistry and Biophysical Chemistry |
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Roberto Camassa Mathematics George Kane Distinguished Professor Ph.D., Engineering Science and Applied Mathematics, California Institute of Technology Nonlinear Evolution Equations, Mathematical Modeling, Fluid Mechanics, Optics |
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Joseph M. DeSimone Chemistry Chancellor’s Eminent Professor of Chemistry, UNC-CH and William R. Kenan, Jr. Distinguished Professor of Chemical Engineering, NCSU Ph.D., Virginia Polytechnic Institute and State University New strategies for the delivery of detection, imaging and therapeutic agents for the battle against human disease; Nanomedicine; Fluoropolymers: photolithography, fuel cells, microfluidics; Medical devices; Colloid, surfactant and surface chemistry; Polymer synthesis and processing in carbon dioxide |
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Timothy C. Elston Dept of Pharmacology Professor Director, Graduate Program in Bioinformatics and Computational Biology Ph.D., Physics, Georgia Institute of Technology Motor proteins, Transcriptional regulation, Constructing realistic models of these regulatory systems that take into account intrinsic noise |
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M. Gregory Forest, IAM Interim Director Mathematics Biomedical Engineering Grant Dahlstrom Distinguished Professor Ph.D., University of Arizona Flow and Structure of Nano-Materials & Macromolecular Fluids, Weakly Compressible Transport Phenomena, Solitons and Optical Fiber Applications, Inverse Problems for Material Characterization, Modeling of Transport in Multiphase Porous Media |
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Jingfang Huang Mathematics Associate Professor Ph.D., Courant Institute of Mathematic Sciences, New York University Numerical Analysis, Scientific Computation, Fast Algorithms, Potential Theory, Integral Equations and their Applications in Electromagnetics, Fluid Dynamics, Molecular Mechanics and Quantum Chemistry |
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Rudolph L. Juliano Pharmacology Cary C. Boshamer Distinguished Professor Ph.D., Biophysics, University of Rochester Cell Adhesion Molecules, Macromolecular Therapeutics |
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Mescal S. Ferguson Distinguished Professor
M.S., PhD, D.Sc. Moscow State University
Polymeric colloids and polyion complexes, biocatalysis, drug delivery and nanomedicine
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Dmitri Khveshchenko Physics and Astronomy Professor Ph.D., Moscow Quantum transport theory of disordered metals and superconductors, Many-body effects in mesoscopic and nanoscale systems |
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Wenbin Lin Chemistry Kenan Distinguished Professor Ph.D., University of Illinois at Urbana-Champaign Supramolecular, Materials, and Catalytic Chemistry |
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Rene Lopez Physics and Astronomy Associate ProfessorPh.D., Vanderbilt University Nanoscale optical materials, photonic structures, and optoelectronic properties of transition metal oxides |
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Jianping Lu Physics and Astronomy Professor Ph.D., CUNY Electronic and structural properties of novel materials and strongly correlated systems such as fullerenes and high Tc superconductors |
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Richard M. McLaughlin Mathematics Professor Ph.D., Applied and Computational Mathematics, Princeton University Turbulent Transport, Turbulent Combustion, Thermal Convection, Weakly Compressible Transport Phenomena, Anelastic Mixing: Transport by Weakly Compressible Flow, An elementary field theory for turbulent diffusion |
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Laurie E. McNeil Physics and Astronomy Professor Ph.D., Illinois Optical spectroscopy of semiconductors and insulators; Raman and Brillouin scattering; photoluminescence; high-pressure physics; physics and music |
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William Marzluff Biochemistry and Biophysics Kenan Distinguished Professor Ph.D., Duke University Regulation of gene activity in animal cells, Regulation of gene expression during the cell cycle by postranscriptional mechanisms |
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Tom Meyer Chemistry Arey Distinguished Professor of Chemistry Ph.D., Stanford University Electron Transfer in Molecular Assemblies, Solar Energy Conversion; Proton Coupled Electron Transfer; Photophysics and Photochemistry |
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Sorin Mitran Applied Mathematics Associate Professor Ph.D., The “Politehnica” University of Bucharest Computational methods, Fluid flow instability, Turbomachinery analysis, Bubbly flow, Turbulence, Multiphysics computation and Astrophysical computation |
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Peter J. Mucha, IAM Director, Mathematics Bowman and Gordon Gray Distinguished Term Professor Chair, Department of Applied Physical Sciences Ph.D., Princeton University Study and simulation of microscopic and macroscopic models of interacting particle systems |
| Royce W. Murray Chemistry Kenan Professor Ph.D., Northwestern University Electrochemistry, Molecular Design, Sensors |
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Robert K. Pinschmidt, IAM Deputy Director Ph.D., University of Oregon, Eugene Functional Monomers and Polymeric Materials, Colloid and Interface Science, Energy Science and Policy |
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J. Michael Ramsey Chemistry, Biomedical Engineering Minnie N. Goldby Distinguished Professor Ph.D., Indiana University Microfluidics, Nanofluidics, Microfabricated Chemical Instrumentation |
| Michael Rubinstein Chemistry John P. Barker Distinguished Professor Ph.D., Harvard University Polymer Theory and Computer Simulations |
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Edward T. Samulski Chemistry Cary C. Boshamer Professor Ph.D., Princeton University Structure and Dynamics of Liquid and Polymer Crystals |
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Mark H. Schoenfisch Chemistry Professor Ph.D., University of Arizona Analytical Sensors, Biomaterials, Nanoparticle Therapeutics, and Scanning Probe Microscopy |
| Sergei S. Sheiko Chemistry Associate Professor Ph.D., Institute of Chemical Physics of the Russian Academy of Sciences Polymer thin films, Molecular Fluidics, Stimuli Responsive Macromolecules, and Atomic Force Microscopy |
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Richard Superfine Physics and Astronomy Bowman and Gordon Gray Professor Ph.D., University of California at Berkeley Biological and Condensed Matter Physics, Microscopy, Properties of surfaces and interfaces using linear and nonlinear optical techniques, scanning tunneling, atomic force and near field optical microscopes; interfacial ordering and dynamics of molecules, polymers, polypeptides and nanometer-sized metal and semiconductor clusters |
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Russell M. Taylor Computer Science, Physics and Astronomy, Applied and Materials Sciences Research Professor Ph.D., UNC-Chapel Hill Scientific Visualization, Distributed Virtual Worlds, Haptic Display, Interactive 3D Computer Graphics |
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Holden H. Thorp Chemistry Chancellor of the University of North Carolina at Chapel Hill; Kenan Professor of Chemistry Ph.D., California Institute of Technology Biological Application of Transition Metal Redox Chemistry |
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Frank Tsui Physics and Astronomy Professor Ph.D., Physics, University of Illinois at Urbana-Champaign Atomic scale materials synthesis and characterization using molecular beam epitaxy techniques, electron diffraction and scanning probe microscopy |
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Sean Washburn Physics and Astronomy Cary Boshamer Professor of Physics; Chair of Applied and Materials Sciences Ph.D., Duke University Condensed Matter Physics and Material Science. Effects of quantum-mechanical coherence in charge transport in small systems, Ballistic transport in semiconductors, Control of industrial plasmas, Conductivity in polymers, Scanning probe lithography |
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Yue Wu Physics and Astronomy Professor Ph.D., University of Leuven, Belgium NMR studies of confined systems, quasicrystals, and polymers |
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Wei You Chemistry Assistant Professor Ph.D., University of Chicago Organic and Polymer Synthesis, Organic/Inorganic Hybrid Solar Cells, Molecular Electronics, Organic Spintronics, Chemistry and Catalysis with Carbon Nanotubes |
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Otto Zhou Physics and Astronomy David R. Godschalk Professor; Associate Chair, Curriculum in Applied and Materials Science Ph.D., University of Pennsylvania Nanomaterials, new x-ray imaging technology, and field emission display. Materials synthesis and characterization |
