Plasmas and Controlled Fusion -- Electromagnetic Fields and Waves -- Magnet design -- Plasma transport and heating in toroidal systems
HSX Plasma Laboratory
Electro-mechanical structures on the micro- and nanoscale (NEMS & MEMS) -- Single electron, single spin circuits and devices -- Information processing in quantum and biofunctionalized circuits
Genome Center, Materials Science Center, Materials Science Program
electromagnetic field interactions with materials -- microwave and RF processing of materials (e.g., ceramics, semiconductors); see Using microwaves to speed materials processing, UW-Madison College of Engineering Annual Report, 2000. -- microwave vacuum electronics -- advanced vacuum cathodes and electron emitters -- microfabricated millimeter-wave and terahertz-regime vacuum electronic devices -- bio-electromagnetics -- innovative teaching methods, especially for electromagnetics
Materials Science Program
high-power,coherent semiconductor diode lasers -- semiconductor lasers based on active photonic crystals -- intersubband-transition, quantum-confinement emitters
Materials Science Program, Reed Center for Photonics
Biotechnology: DNA synthesis, DNA microarrays, oligomer synthesis, synthetic biology, DNA arrays, stem cells, and gene synthesis -- Nanotechnology: nanostructure fabrications, processing, and patterning -- Lithography: Optical lithography, electron beam lithography, extreme ultraviolet lithography, modeling, masks, and imaging -- Optics: Modeling, design, analysis, systems and components, lithography, and imaging theory -- Semiconductors: Fabrication, process modeling, and process design -- X-rays: Optics, modeling, synchrotron radiation, applications to imaging, microscopy, lithography, and spectroscopy
Center for NanoTechnology, Genome Center, Materials Science Program
VLSI design automaton in the presence of manufacturing-induced variations -- IC-CAD parallelism (parallel optimization for different computing platforms) -- Power reduction IC-CAD techniques -- Physically-aware synthesis of ICs
Computer Engineering
Multimedia signal processing: fast algorithms, parallel VLSI architectures, and multi-processor synthesis methodology, artificial neural networks and fuzzy logic applications, computer-aided design, parallel processing
Biomedical Engineering Center for Translational Research
Jahns, Thomas M. - Grainger Professor of Power Electronics and Electrical Machines
Simulation of electronic and optoelectronic semiconductor devices -- Nanowire thermoelectrics. Heat transport on the nanoscale -- Decoherence and relaxation in nanostructures; transient and high-frequency response -- Transport in curved 2D electron systems -- Solid-state-based quantum information processing
Materials Research Science and Engineering Center, Materials Science Program
Fast/RF flexible electronics, high-speed thin film transistors, MMIC circuits transferrable to flexible or other foreign substrates for radar and communications, hybrid integration of organic and inorganic flexible electronics -- SiGe HBT and RF CMOS device physics and applications in high frequency/mm-wave power amplification -- Single-crystal and polycrystalline semiconductor nanomembrane physics and applications, including displays, flexible solar cells, energy conversion, environment protection, imaging, information storage, lighting, sensing, health care and bio devices -- Si nanophotonics, high-speed multispectral imaging -- CMOS-compatible optoelectronic devices and OEIC -- 3-D integration, heterogeneous integration, MEMS/NEMS integration with CMOS -- III-V heterostructure device and application -- Nanoscale SiGe bipolar transistors and quantum effect devices
Materials Research Science and Engineering Center, Materials Science Program, Wisconsin Center for Applied Microelectronics
III/V compound semiconductor materials and devices -- metalorganic chemical vapor deposition (MOCVD) growth of semiconductors -- semiconductor lasers
Materials Science Program, Reed Center for Photonics
wireless communications, multi-dimensional communication theory, statistical signal processing, time-frequency/time-scale signal representations, and applications in networks
Electromagnetic wave propagation and antennas for communications -- Free-electron and excimer lasers -- Microwave and millimeter wave amplifiers -- Computer simulation of and experiments on plasma waves and radiofrequency plasma sources for materials processing -- Radiofrequency wave antenna coupling, heating and current drive in fusion plasmas
Center for Plasma Theory and Computation
statistical signal processing algorithm development and analysis -- signal processing for sensor arrays -- biomedical applications of signal processing -- signal processing for study of brain electrical activity from scalp measurements of electric and magnetic fields -- signal processing for microwave breast cancer detection, monitoring, and treatment
Networking and Distributed Systems; protocols, algorithms and architectures of such systems, peer-to-peer systems, multicast services, network security, services for mobile and wireless networks and network measurements
Lorenz, Robert D. - Consolidated Papers Professor of Controls Engineering
Control of electromagnetic actuators and power electronics -- Integration of sensing and control in power conversion -- Design for sensing and control using multi-physics integration -- Physics-based multivariable control design methodologies
Wisconsin Electric Machines and Power Electronics Consortium
electromagnetic fields and waves, microwaves -- high-power microwave transmission and mode conversion systems -- Vlasov converters -- antennas -- propagation in anisotropic media -- interaction of microwaves with materials -- semiconductor physics
Copyright 2008 The Board of Regents of the University of Wisconsin System
Date last modified: 21-Nov-2008
Content by: ece@engr.wisc.edu Accessibility