Research Directory

Areas

Biological/Biomedical Engineering

Faculty		Research Area
	Stephen Chou Joseph C. Elgin Professor of Engineering Professor of Electrical Engineering B412 Engineering Quadrangle 609-258-4416 chou@princeton.edu	nanotechnology and nanoscale electronic, optoelectronic, magnetic devices, such as nanoimprint, self-assembly, reactive ion etching, single electron transistors, subwavelength optical elements, patterning of nanoscale organic light emitters and trans

	Jason W. Fleischer Associate Professor of Electrical Engineering B320 Engineering Quadrangle 609-258-8963 jasonf@princeton.edu	nonlinear optics and photonics; soliton dynamics; statistical and condensed-matter physics.

	Claire Gmachl Eugene Higgins Professor of Electrical Engineering Director of MIRTHE (NSF-ERC) B326 Engineering Quadrangle 609-258-7489 cgmachl@princeton.edu	Quantum cascade lasers for analytic spectroscopy, wireless and optical communications applications Microcavity lasers with chaotic resonators; Nonlinear optics in semiconductor heterostructures; Group-III nitride devices.

	Niraj Jha Professor of Electrical Engineering B220 Engineering Quadrangle 609-258-4754 jha@princeton.edu	low power hardware/software design, embedded system design, synthesis for nanotechnologies, synthesis of ASIPs, system and high-level synthesis, digital system testing

	Sun-Yuan Kung Professor of Electrical Engineering B230 Engineering Quadrangle 609-258-3780 kung@princeton.edu	VLSI signal processing; neural networks; digital signal, image, and video processing; and multimedia information systems.

	Peter J Ramadge Gordon Y.S. Wu Professor of Engineering Professor of Electrical Engineering B222 Engineering Quadrangle 609-258-4645 ramadge@princeton.edu	fMRI signal processing; video and image processing; machine learning; adaptive signal processing; adaptive control; discrete-event systems, optimization

	Kaushik Sengupta Assistant Professor of Electrical Engineering B216 Engineering Quadrangle 609-258-5250 kaushiks@princeton.edu	Silicon-based RF, mm-Wave and THz Circuits and Systems; Onchip Active Electromagnetic Field Synthesis and Control for Sensing and Actuation; Self-Healing and Reconfigurable Integrated Circuits and Systems in Silicon; Theoretical Understanding of F

	James Sturm William and Edna Macaleer Professor of Engineering and Applied Science Professor of Electrical Engineering Director, Princeton Institute for the Science and Technology of Materials 320 Bowen Hall 609-258-5610 sturm@princeton.edu	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.

	Naveen Verma Assistant Professor of Electrical Engineering B226 Engineering Quadrangle 609-258-1424 nverma@princeton.edu	Ultra-low-power integrated circuits including analog instrumentation, data-conversion, and low-voltage digital logic and SRAM; sensing, processing, computing, and communication platforms for biomedical applications.

	Sigurd Wagner Professor of Electrical Engineering B422 Engineering Quadrangle 609-258-4631 wagner@princeton.edu	large-area electronics, active electronic skin, e-textiles; amorphous and microcrystalline silicon on flexible foil substrates; printing of active electronics; microfluidic chips.

	Gerard Wysocki Assistant Professor of Electrical Engineering B324 Engineering Quadrangle 609-258-8187 gwysocki@princeton.edu	Laser spectroscopy, broadly tunable laser systems, external cavity quantum cascade lasers, spectroscopic systems for remote and/or in-situ chemical sensing and spectroscopic trace-gas sensor networks.