| BIOLOGY |
| Steven Ackerman |
Molecular biology |
| Kamaljit Bawa |
Forest ecology and genetics |
| Gregory Beck |
Immunology; evolution |
| Solange Brault |
Population dynamics; conservation |
| Kenneth Campbell |
Endocrinology; reproductive biology; biomarker analysis |
| Adan Colon-Carmona |
Physiology and molecular biology of plants; expression of cyclins in Arabidopsis thaliana |
| Alan Christian |
Freshwater mollusk ecology |
| John Ebersole |
Marine ecology; icthyology |
| Ron Etter |
Population dynamics; population genetics |
| Robert Guimond |
Physiology |
| Katherine Gibson |
Plant-Microbe Interactions, Cell Signaling, Cell Cycle Regulation |
| William Hagar |
Photosynthesis; environmental monitoring |
| Linda Huang |
Cell Biology: Signal Transduction and Regulation of Cell Morphology |
| Richard Kesseli |
Population genetics; molecular evolution; evolution and genetic bases of host-pathogen interactions; evolution and genetic bases of sex determination; conservation genetics. |
| Kenneth Kleene |
Developmental molecular biology |
| Alexia Pollack |
Neuropharmacology and immunocytochemistry: role of dopamine in regulating motor behavior of rats |
| Michael Rex |
Marine ecology; biodiversity |
| Michael Shiaris |
Microbial ecology; biodegradation of organic pollutants |
| Rachel Skvirsky |
Molecular genetics; microbiology; membrane mechanisms for protein transport |
| Robert Stevenson |
Comparative animal physiology |
| Manickham Sugumaran |
Protein chemistry; enzymology; insect biochemistry |
| Ying Tan |
Molecular systematics; the evolution of color vision in primates; bioinformatics |
| Alexey Veraksa |
Cell signaling and gene regulation in development |
| Brian White |
Science education; investigation of students' changing conceptions of science (especially biology); development and evaluation of teaching materials including computer software. |
| H. Garrison Wilkes |
Plant genetics and evolution |
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| CHEMISTRY |
| Robert Carter |
Structural studies of inorganic solids by infrared and raman spectroscopy |
| Kenneth Cerny |
Reaction mechanisms involving anti-aromatic intermediates. |
| Timothy Dransfield |
Physical chemisrty, green chemistry, general chemistry |
| Jason Evans |
Biological mass spectrometry; characterization of proteins from biological samples |
| Michelle Foster |
Atmospheric chemistry |
| Deyang Qu |
Physical chemistry, electrochemistry(graduate) analytical chemistry, green chemistry |
| Jonathan Rochford |
The design and synthesis of inorganic/organometallic catalysts for small molecule activation. Photophysical and electrochemical characterization of new materials. |
| Marietta Schwartz |
Chemical education and instructional technology |
| Bela Torok |
Organic chemistry, green chemistry, general chemistry |
| Marianna Torok |
Biochemistry |
| Wei Zhang |
Organic chemistry, green chemistry, medicinal chemistry, and general chemistry |
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| ENGINEERING |
| Greg Sun |
Semiconductor devices; opto-electronics |
| Tomas Materdey |
Quantum statistical physics; Wigner function; numerical electromagnetics; dielectric waveguides; and active-learning in science and engineering. |
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| ENVIRONMENTAL, EARTH AND OCEAN SCIENCES |
| Robert Bowen |
Environmental policy and management |
| Robert Chen |
Organic geochemistry; marine organic chemistry |
| Ellen Douglas |
Hydrology; hydromorphology; water resource management |
| John Duff |
Natural resources, law and policy |
| Anamarija Frankic |
Coastal Ecosystem Management; applications in aquaculture, marine protected areas, and tourism/ecotourism |
| Eugene Gallagher |
Benthic ecology; polychaete biology; succession, serology and predator-prey relationships |
| Allen Gontz |
Coastal geology and stratigraphy; shallow marine geophysics |
| Robyn Hannigan |
Analytical chemistry, biochemistry, and geochemistry |
| Deborah Metzel |
Social geography, specializing in the geography of human services and people with disabilities |
| Curtis Olsen |
Dispersal and fate of contaminants in linked watershed and coastal environments; biogeochemical and environmental tracers (radionuclides and stable isotopes); environmental remediation and management. |
| William Robinson |
Functional mechanisms in aquatic toxicology, particularly those processes involved in metal uptake, depuration, sequestration and internal transport. |
| Steven Rudnick |
Development of electrodes for sediment/water interface studies. |
| Ninian Stein |
Environmental history |
| David Tenenbaum |
Geographic information science; hydrology |
| David Terkla |
Environmental economics |
| Yong Quian Tian |
GIS based modeling of groundwater and surface water, agricultural applications |
| Juanita Urban-Rich |
Zooplankton processes in environments ranging from coastal waters to the open ocean and from tropical to polar regions |
| Gordon Wallace |
Aquatic and atmospheric chemistry |
| Meng Zhou |
Small and mesoscale physical processes and their effects on spatiotemporal variability of chemical and biological processes in aquatic ecosystems by using observation tools, numerical models and mathematical theories |
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| COMPUTER SCIENCE |
| Ethan Bolker |
Combinatorial analysis; queuing theory; performance modeling |
| William Campbell |
Programming languages and their implementation; compilers |
| Wei Ding |
Data Mining, Machine Learning, Artificial Intelligence and with applications to astronomy, geosciences, and environmental sciences |
| Peter Fejer |
Logic; theoretical computer science |
| Nurit Haspel |
Structural Bioinformatics, application of Robotics and Graph theory methods to protein structure and function, Molecular Dynamics simulations of proteins and complexes, Multi-scale computational methods applied to molecular motion, Computational Geometry. |
| Elizabeth O'Neil |
Database systems |
| Patrick O'Neil |
Database systems |
| Marc Pomplun |
Combining psychophysical investigations such as eye-movement studies with modeling and simulating components of human vision; developing advanced active computer vision systems |
| Dan Simovici |
Database systems; theoretical computer science; data mining |
| Jun Suzuki |
Autonomous and adaptive distributed systems; Cognitive middleware for autonomic network systems; Reflective and reconfigurable network systems; Self-organizing overlay networks; Biologically-inspired designs for software adaptation; Object-oriented and aspect-oriented programming languages; Model-driven software development;Object-oriented modeling languages, software patterns and frameworks |
| Duc Tran |
Networks and distributed systems |
| Bob Wilson |
Embedded system, network product, and communication protocol software development and testing.
The Internet, TCP/IP protocol software, and object-oriented programming using either Java or C++. |
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| MATHEMATICS |
| Ethan Bolker |
Combinatorics, geometry. Performance modeling of computer systems. Mathematics for lay audiences |
| Eduardo Gonzalez |
Symplectic Geometry, Algebraic Geometry, Gauge theory and Mathematical Physics |
| Hans Herda |
Mathematical Geology |
| Steven Jackson |
Combinatorics, commutative algebra, invariant theory, representation theory |
| Timothy Killingback |
Mathematical biology, evolutionary dynamics, dynamical Systems, and game theory |
| Maura Mast |
Differential geometry; spectral geometry |
| Alfred Noel |
Representation of Lie groups |
| Karen Ricciardi |
Combinatorial optimization; optimal groundwater remediation design subject to uncertainty; optimal algorithms for solving differential equations numerically |
| Dennis Wortman |
Functional analysis |
| Catalin Zara |
Differential geometry; symplectic manifolds with Hamiltonian group actions; combinatorial aspects of equivariant cohomology and K-theory |
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| PHYSICS |
| Stephen Arnason |
The interface between the disciplines of materials science, condensed matter physics, and electrical engineering |
| Edward Ginsberg |
Theoretical elementary particle physics |
| Kurt Jacobs |
Quantum feedback control, the quantum-to-classical transition and quantum information theory |
| Benjamin Mollow |
Theoretical quantum optics |
| Maxim Olchanyi |
Theoretical Many-Body Physics: cold atomic gases; quantum non-equilibrium dynamics; integrable systems; chaos in classical fields; scattering in restricted geometries |
| D. V. G. L. N. Rao |
Experimental laser research; nonlinear optics |
| Greg Sun |
Semiconductor devices; opto-electronics |
| Bala Sundaram |
Quantum and classical chaos, the quantum-to-classical transition and applications of nonlinear dynamics in biology and cognitive science |
Chandra Yelleswarapu
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Biomedical Imaging and Sensing applications of fiber Bragg gratings for optical biosensing and biomedical imaging, development of advanced optical microscopes/nanoscopes for investigating live cell dynamics |
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