| Altmann, Jeanne |
Ecology and Evolutionary Biology |
Animal behavior and physiology |
| Altmann, Stuart |
Ecology and Evolutionary Biology |
Behavior, such as social communication, the evolution of mating systems, the energetics of behavior, foraging, and diet selection. |
| Andolfatto, Peter |
Ecology and Evolutionary Biology |
Evolution and genetics |
| Austin, Robert |
Physics |
What physics can do for biology, what biology can do for physics. Dynamics of proteins, DNA and cells |
| Bassler, Bonnie |
Molecular Biology |
Intercellular communication and quorum sensing in bacteria |
| Berry, Michael J. |
Molecular Biology/ Neuroscience Institute |
Neural computation in the retina |
| Bialek, William |
Physics/Lewis-Sigler Institute |
Coding, computation and learning in the nervous system; noise and the physical limits to biological functions; statistical mechanics and information theory |
| Botstein, David |
Molecular Biology/Lewis-Sigler Institute |
Genome-wide studies of gene expression through the life cycle and experimental evolution of budding yeast (Saccharomyces cerevisiae); quantitative analysis and intuitive display of genome-scale biological information. |
| Botvinick, Matthew |
Psychology/Princeton Neuroscience Institute |
Neural and computational basis of cognitive control, decision making, working memory |
| Boulanger, Lisa |
Molecular Biology/ Princeton Neuroscience Institute |
Neuronal functions of immune molecules |
| Brody, Carlos |
Molecular Biology/ Princeton Neuroscience Institute |
Quantitative approaches to systems neuroscience |
| Burdine, Rebecca |
Molecular Biology |
Left-Right Patterning in the Vertebrate Embryo |
| Callan, Curtis |
Physics |
Theoretical problems in genomics |
| Car, Roberto |
Chemistry |
Chemical physics and materials science; electronic structure theory and ab-initio molecular dynamics. Computer modeling and simulation of solids, liquids, disordered systems, and molecular structures. Structural phase transitions and chemical reactions. |
| Carey, Jannette |
Chemistry |
Biophysical chemistry: molecular origins of macromolecular affinity and specificity |
| Carmona, Rene |
Operations Research and Financial Engineering |
Statistical data analysis. Signal and image reconstructions. The mathematics of functional imaging of the brain. |
| Chazelle, Bernard |
Computer Science |
Theoretical computer science, with a particular emphasis on the theory of algorithms and data structures |
| Cinlar, Erhan |
Operations Research and Financial Engineering |
All aspects of stochastic modeling and applied probability: Markov processes, particle systems with creation and annihilation, dynamic population models, and transport by stochastic flows. |
| Cohen, Jonathan |
Psychology/Princeton Neuroscience Institute |
Neural Mechanisms of Cognitive Control |
| Coller, Hilary |
Molecular Biology |
Molecular characterization of quiescence in human cells |
| Conway, Andrew |
Psychology |
Functional and Effective Connectivity of Working Memory Networks |
| Couzin, Iain |
Ecology and Evolutionary Biology |
Collective Animal Behavior |
| Cox, Edward |
Molecular Biology |
The genesis of spatial patterns in simple systems, the biophysics of DNA in confined environments |
| Cristea, Ileana |
Molecular Biology |
Proteomic-Genomic approaches to chromatin and its modulation by viruses |
| Daubechies, Ingrid |
Mathematics |
Time-frequency analysis and applications |
| Dobkin, David |
Computer Science |
Research lies between the areas of computational geometry and computer graphics |
| Dobson, Andrew P. |
Ecology and Evolutionary Biology |
Conservation biology and disease control; population dynamics and coevolution of parasites and their hosts; population dynamics and life-history strategies of birds, primates, and elephants |
| Eggenschwiler, Jonathan |
Molecular Biology |
Genetic analysis of mouse neural development |
| Enquist, Lynn |
Molecular Biology/ Princeton Neuroscience Institute |
Neurovirology |
| Fan, Jianqing |
Operations Research and Financial Engineering |
Biostatistics, data-analytic modeling, functional data analysis, survival analysis, and computational biology. Primary research focuses on developing and justifying statistical methods that arise from various scientific disciplines. |
| Finkelstein, Adam |
Computer Science |
Computer graphics |
| Fiske, Susan |
Psychology |
Social Neuroscience related to social cognition: prejudice, social emotions, and dispositional attribution |
| Flint, Jane |
Molecular Biology |
Regulation of viral and cellular gene expression in adenovirus-infected cells |
| Floudas, Christodoulos |
Chemical Engineering |
Chemical process systems engineering at the interface of chemical engineering, applied mathematics, operations research, computer science, and molecular biology |
| Fresco, Jacques |
Molecular Biology |
A new approach to gene therapy; cytogenetic probes for amplified cancer-relevant genes; physical-chemical studies of nucleic acids; mutagenic mechanisms; molecular mechanisms |
| Funkhouser, Thomas |
Computer Science |
Structural bioinformatics and computer graphics. |
| Gammie, Alison |
Molecular Biology |
DNA mismatch repair and colorectal cancer |
| Gavis, Elizabeth |
Molecular Biology |
Neural development and mRNA localization in Drosophila |
| Gelperin, Alan |
Molecular Biology |
Biological, computational and electronic olfaction; learning and memory |
|
Ghazanfar, Asif |
Psychology/Princeton Neuroscience Institute |
Primate Neuroethology and Multisensory Integration |
|
Gitai, Zemer |
Molecular Biology |
Bacterial Cell Biology: Fundamentals of Cytoskeletal Dynamics, Polarity,and Mitosis |
| Gould, Elizabeth |
Psychology/Princeton Neuroscience Institute |
Neurogenesis and hippocampal function |
| Gould, James |
Ecology and Evolutionary Biology |
Programming and decision making in animals |
| Graham, Andrea |
Ecology and Evolutionary Biology |
| Graziano, Michael
|
Psychology/Princeton Neuroscience Institute |
Sensorimotor Integration |
| Gregor, Thomas |
Physics/Lewis-Sigler Institute |
Biophysics, Quantitative approaches to systems and developmental biology |
| Grenfell, Bryan
|
Ecology and Evolutionary Biology/Woodrow Wilson School |
Population biology, disease dynamics |
| Gross, Charles |
Psychology/Princeton Neuroscience Institute |
Functions of the cerebral cortex in behavior |
| Groves, John T. |
Chemistry |
The interface of organic, inorganic, and biological chemistry |
| Hasan, Zahid |
Physics |
Spectroscopic studies of strongly interacting quantum electron (many-body) systems and macroscopic co-operative phenomena |
| Hasson, Uri
|
Psychology/Princeton Neuroscience Institute |
Developing new methods to assess both shared and idiosyncratic aspects of the cortical response time courses across individuals |
| Hau, Michaela |
Ecology and Evolutionary Biology |
Ecology and evolution of physiological systems in birds |
| Haxby, James |
Psychology |
Investigating the neural systems that face and object perception |
| Hecht, Michael |
Chemistry |
Design of de novo proteins |
| Hedin, Lars O. |
Ecology and Evolutionary Biology |
Ecosystem analysis, with emphasis on the emergence and maintenance broad-scale patterns in the cycling of nutrients and trace gases |
| Hoebel, Bart
|
Psychology/Princeton Neuroscience Institute |
Behavioral Neuroscience |
| Holmes, Philip
|
Mechanical & Aerospace Engineering |
Nonlinear dynamics and differential equations, developing qualitative and analytical methods for studying mathematical models of solid, fluid, and biological systems |
| Hopfield, John |
Molecular Biology/Lewis-Sigler Institute |
Computational neurobiology/biophysics |
| Horn, Henry |
Ecology and Evolutionary Biology |
Natural history, adaptive geometry of trees |
| Hughson, Fred |
Molecular Biology |
Structural foundations of intracellular transport and secretion |
| Jacobs, Barry
|
Psychology/Princeton Neuroscience Institute |
Brain Monoamine Neurotransmitters |
| Kang, Yibin |
Molecular Biology |
Molecular mechanisms of cancer metastasis |
| Kastner, Sabine |
Psychology |
Neural mechanisms for visual perception and its modulation by cognitive processes such as attention, memory and learning in the human brain |
| Kruglyak, Leonid |
Ecology and Evolutionary Biology/Lewis-Sigler Institute |
Genetic basis of common diseases and other traits, using mathematical and computational methods. |
| Landweber, Laura |
Ecology and Evolutionary Biology |
Molecular evolution of scrambled genes, the genetic code, RNA; RNA editing, in vitro evolution, DNA computers |
| Leonard, Naomi |
Mechanical and Aeropace Engineering |
Nonlinear control theory; Geometric mechanics and control; Control of underactuated dynamical systems; Cooperative and coordinated control of groups/formations; Mobile sensor networks and adaptive ocean sampling; Underwater gliders and other autonomous underwater vehicles (AUVs) |
| Levin, Simon A. |
Ecology and Evolutionary Biology |
Dynamics of populations and communities; spatial heterogeneity and problems of scale; evolutionary ecology; theoretical and mathematical ecology; biodiversity and ecosystem processes; dynamics of disease |
| Li, Kai |
Computer Science |
Computer architecture, operating systems, parallel systems, and networking |
| Link, James |
Chemical Engineering/ Molecular Biology |
Protein engineering and chemical biology |
| Llinás, Manuel |
Molecular Biology/Lewis-Sigler Institute |
Molecular mechanisms of the malaria parasite Plasmodium falciparum |
| Mahmoud, Adel |
Molecular Biology |
Global health: infectious disease; burden of illness; expanding threat; vaccines and control strategies |
| Murphy, Coleen
|
Molecular Biology/Lewis-Sigler Institute/Neuroscience |
Molecular mechanisms of aging |
| Murthy, Mala |
Molecular Biology/Princeton Neuroscience Institute |
Neural codes underlying olfactory and auditory perception in Drosophila |
| Nelson, Celeste
|
Molecular Biology |
Development of three-dimensional tissues |
| Niv, Yael |
Psychology/Princeton Neuroscience Institute |
Human and animal reinforcement learning and decision making. |
| Norman, Kenneth |
Psychology/Princeton Neuroscience Institute |
Cognitive Neuroscience of Learning and Memory |
| Notterman, Dan |
Molecular Biology |
Tumor biology; gene-environment interactions in children's development |
| Ong, Nai-Phuan |
Physics |
Strange-metal aspects of the cuprate superconductors, vortex lattice melting and dynamics, Josephson plasma oscillations, giant magnetoresistance in manganites, and scanning Hall probe imaging |
| Pacala, Stephen W. |
Ecology and Evolutionary Biology |
Population biology and community ecology of plants; theoretical and mathematical ecology; global interactions among the biosphere, atmosphere, and hydrosphere |
| Rabinowitz, Joshua
|
Chemistry/Lewis-Sigler Institute |
Uses a robust means of measuring the concentrations and fluxes of numerous intracellular metabolites in parallel. |
| Rada, Pedro |
Psychology/Princeton Neuroscience Institute |
Vivo Measurement of Neurotrnsmitters in Neural Circuits for Appetite Control and Drug Addiction |
| Rose, Mark |
Molecular Biology |
Cell biology and genetics in Saccharomyces cerevisiae |
| Rosenberg, Leon |
Molecular Biology |
The medical and health research enterprise: organization, issues, and policy considerations |
| Rubenstein, Daniel |
Ecology and Evolutionary Biology |
Decision-making in animals |
| Rusinkiewicz, Szymon |
Computer Science |
Acquisition and use of 3D shape and appearance data of physical objects |
| Schapire, Robert |
Computer Science |
Machine learning; using data to make accurate predictions. Classification of learning problems in which the goal is to classify objects of some kind into a fixed set of categories. |
| Schedl, Paul |
Molecular Biology |
Control of gene expression and early development in Drosophila melanogaster |
| Schupbach, Gertrud |
Molecular Biology |
Genetic and molecular analysis of oogenesis in Drosophila melanogaster |
| Schwarzbauer, Jean |
Molecular Biology |
Extracellular matrix regulation of cell functions |
| Semmelhack, Martin |
Chemistry |
Organic Synthesis and Organometallic Chemistry: Development of synthesis methodology with transition metal reagents; synthesis of unusual ring systems in natural and unnatural molecules; functional models of the enediyne toxins |
| Shaevitz, Joshua |
Physics/Lewis-Sigler Institute |
Experimental research in cellular and molecular biophysics |
| Shenk, Thomas |
Molecular Biology |
Human cytomegalovirus replication and pathogenesis |
| Silhavy, Thomas |
Molecular Biology |
Protein targeting and signal transduction |
| Shvartsman, Stanislav |
Chemical Engineering/ Lewis-Sigler Institute |
Networks of intracellular proteins define the repertoire of cellular responses to environmental inputs |
| Silver, Lee |
Molecular Biology/ Woodrow Wilson School |
Social and ethical implications of advances in reproductive technology and genetics |
| Singer, Burton |
Woodrow Wilson School |
Development of mathematical and statistical methods for analysis of longitudinal surveys in sociology, economics, and epidemiology; identification of social, biological, and environmental risks associated with vector-borne diseases in the tropics and chronic diseases of the elderly; and integration of psychosocial and biological evidence to characterize pathways to alternative states of health. |
| Singh, Jaswinder Pal |
Computer Science |
Boundary of applications and high-performance (parallel/distributed) systems. Includes development of effective parallel and distributed applications on many high-performance platforms, and studying the implications of these applications for the design of multiprocessor architectures, programming models and software systems. |
| Singh, Mona |
Computer Science/Lewis-Sigler Institute |
Bioinformatics; developing computational methods for deciphering genomic data at the level of proteins; algorithms for genome-level analysis of protein structure, function and interactions. |
| Sondhi, Shivaji |
Physics |
Materials in which the interactions among the electrons are important, even for a qualitative understanding of their behavior. |
| Steiglitz, Kenneth |
Computer Science |
Storage of information in states of optical solitons, the transformation of these states when solitons collide, and the computational power of solitonic systems. |
| Stengel, Robert |
Electrical Engineering |
Bioinformatic and biostatistical analysis of colorectal cancer; improving the efficiency, performance, and safety of air transportation in the United States by identifying promising targets for development, by conducting associated long-term research, and by educating technological leaders. |
| Stern, David |
Ecology and Evolutionary Biology |
Evolutionary developmental biology |
| Stock, Jeffry |
Molecular Biology |
Membrane receptors and signal transduction |
| Storey, John |
Molecular Biology/Lewis-Sigler Institute |
Quantitative and functional genomics |
| Tank, David |
Molecular Biology/Lewis-Sigler Institute/ Neuroscience/Physics |
Measurement and analysis of neural circuit dynamics |
| Tavazoie, Saeed |
Molecular Biology/Lewis-Sigler Institute |
Genomic and computational studies of mammalian development |
| Troyanskaya, Olga |
Computer Science/Lewis-Sigler Institute |
Computational methods with an experimental component to develop comprehensive descriptions of genetic systems of cellular controls, including those whose malfunctioning becomes the basis of genetic disorders or others whose failure might produce developmental defects in model systems. |
| Wang, Samuel S.H. |
Molecular Biology/ Neuroscience Institute |
Dynamics and learning in neural circuits |
| Ward, Bess B. |
Geology |
Marine and global nitrogen cycle, molecular and immunological probes for marine bacteria and bacterial processes (especially nitrification and denitrification), microbial ecology, xenobiotic transformations by bacterial communities |
| Wieschaus, Eric |
Molecular Biology |
Patterning in the early Drosophila embryo |
| Wilcove, David |
Ecology and Evolutionary Biology/Woodrow Wilson School |
Conservation; policy |
| Wingreen, Ned |
Molecular Biology/Lewis-Sigler Institute |
Intracellular networks in bacteria |
| Wood, David W. |
Chemical Engineering |
Protein engineering and bioseparations |
| Zakian, Virginia |
Molecular Biology |
DNA replication and chromosome structure in yeast; telomeres; trinucleotide repeats |