Research Directory
Areas
Bioengineering & Health
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Brangwynne, Clifford |
Patterning in Developing Embryos; Physical Properties and Function of RNA/Protein Bodies; Architecture and Dynamics of the Cytoskeleton |
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Brynildsen, Mark |
Host-pathogen Interactions; Bacterial Persistence; Biofilms |
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Chou, Stephen |
Nanotechnology and nanoscale electronics; optoelectronic; magnetic devices, such as nanoimprint, self-assembly, reactive ion etching, single electron transistors, subwavelength optical elements, patterning of nanoscale organic light emitters and transistors, growth of semiconductors and polymers on nanopatterned substrates, quantized magnetic disks, and giant magnetoresistance |
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Debenedetti, Pablo |
Protein storage and preservation; bioavailability of therapeutic compounds; self-cleaning surfaces; carbon capture and storage; ice formation in the atmosphere; liquid-state theory; theory of the glass transition; theory of nucleation; protein thermodynamics; molecular simulation |
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Fan, Jianqing |
Statistics; biostatistics and bioinformatics; quantitative finance; machine learning; risk modeling and analysis; portfolio management; asset pricing; time series analysis, longitudinal data analysis; survival analysis |
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Floudas, Christodoulos |
Process synthesis, design and operations; mixed-integer nonlinear optimization; global optimization; computational biology and chemistry; proteomics |
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Gmachl, Claire |
High performance quantum cascade lasers; innovative quantum cascade laser design; mid-infrared photonics; mid-infrared sensing applications in environment, health, and security; novel semiconductor devices; semiconductor metamaterials. |
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Haataja, Mikko |
Theoretical and computational materials science; physics of materials; physical biology; microstructure formation |
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Holmes, Philip |
Nonlinear dynamics and differential equations; mathematical modeling of solid, fluid, and biological systems; neuromechanics of legged locomotion and swimming; cognitive control and decision making |
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Li, Kai |
Computer architecture; operating systems; parallel systems; networking |
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Link, A. James |
Protein engineering and expression; bio-organic chemistry; directed evolution; bacterial flow cytometry |
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McAlpine, Michael |
Portable energy harvesting; early disease detection; nanoscience and nanotechnology; flexible electronics; hybrid nano-bio sensors; inorganic assembly on plastics; nanoscale materials design; bioassemblies |
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Nelson, Celeste |
Mammalian tissue morphogenesis/morphodynamics; microfabrication/bioMEMS for tissue engineering; cell adhesion and mechanics |
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Prud'homme, Robert |
Flow in porous media; micro and nanofluidic phenomena; rheology; colloidal dispersions; polymer engineering |
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Ramadge, Peter |
Video and image processing; adaptive systems; adaptive signal processing; adaptive control; discrete-event systems, optimization of queueing systems; video analysis, annotation and search |
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Register, Richard |
Materials design: creation of new materials for specific function; polymer chemistry, physics, and engineering; nanoscience and nanotechnology, including "bottom up" nanopatterning technologies; block copolymers, polymer blends and composites, semicrystalline polymers, and ionomers |
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Rowley, Clarence |
Fluid flows from a dynamical systems point of view; modeling and model reduction for bifurcation analysis and control; numerical methods, both for fluids simulations, and analysis of dynamical systems; applications of geometric methods in fluid mechanics |
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Russel, William |
Nanoscience and nanotechnology; colloidal dispersions: gelation, crystallization, rheology modifiers, architectural, paper, and tape coatings, film formation and cracking, fillers for polymer melts; thin polymer films: instabilities, micron and submicron patterning, effects of electric or stress fields, coarsening, cracking |
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Scherer, George |
Durability of infrastructure; damage to materials by frost and salt; conservation of art and architecture; transport in porous materials; nucleation and growth kinetics; relaxation processes; sol-gel processing |
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Sengupta, Kaushik |
Integrated microsystems for next generation ultrafast wireless communication, sensing, imaging and low-cost smart biomedical devices for point-of-core applications. |
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Shvartsman, Stanislav |
Quantitative analysis of pattern formation and morphogenesis in developing tissues; genetics, genomics, and computational studies of signaling pathways; reaction engineering and transport processes |
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Singh, Jaswinder |
Boundary of applications and computer systems; interdisciplinary research in computer and application sciences; methods for information discovery, extraction, routing and dissemination; use of high-performance computing in biology/medicine and graphics/visualization |
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Singh, Mona |
Computational biology and bioinformatics; computational science |
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Smits, Alexander |
Turbulence; fluid mechanics; behavior of turbulent boundary layers at subsonic, supersonic and hypersonic speeds; response of boundary layers to extra strain rates and other strong perturbations; Mach and Reynolds number effects on turbulence; shockwave/turbulent boundary layer interactions; flow control; Taylor-Couette flows; fluid-structure interaction; sports ball aerodynamics and the development of new and improved measurement techniques |
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Soboyejo, Winston |
Biomaterials and nanoparticles for disease detection and treatment; MEMS and BioMEMS; fatigue and fracture of materials; alternative energy systems; affordable infrastructure |
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Stengel, Robert |
Systems biology, including optimization of disease therapy and analysis of genetic data; robust, optimal, and adaptive control of physical systems; stochastic design methods; computational neural networks; aircraft flight dynamics |
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Sturm, James |
Physics and technology of semiconductor devices for both microelectronics and large-area electronics; silicon-based heterostructures and three-dimensional integration; organic semiconductors; flat panel and flexible displays |
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Suckewer, Szymon |
X-ray lasers; powerful picosecond and femtosecond lasers; laser interactions with matter, the application of lasers to gas and plasma diagnostics, spectroscopy, and atomic processes in plasmas and gases; ignition system for internal combustion engines to improve the engine performance and decrease its negative effects on the environment; application of lasers for research in biomaterials and medical devices |
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Troyanskaya, Olga |
Genomic data integration; microarray analysis; gene and protein function prediction; detection and analysis of chromosomal abnormalities; evaluation and validation of computational predictions; algorithms for integration of data from multiple data sources; visualization of biological data; machine learning methods in bioinformatics |
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Verma, Naveen |
Analog and digital integrated circuits with an emphasis on developing system platforms for emerging applications, especially where considerable computation and instrumentation is required but energy is severely constrained. Important examples include implantable and wearable biomedical systems and remote sensing and processing network nodes. |
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Wagner, Sigurd |
Devices, processes, and materials for large-area electronics, which is also called macroelectronics or giant electronics; flat panel displays, rigid, flexible or foldable electronics shaped to cover irregular surfaces, electronic skin and e-textiles; environmental aspects of electrical engineering |
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