Faculty
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Emmanuel Abbe |
information and coding theory, statistical signal processing and inference, discrete probability |
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Ravindra N. Bhatt |
condensed-matter theory; in particular, disordered and correlated electronic systems, doped semiconductors, diluted magnetic semiconductors, metal-insulator transitions, quantum Hall effect, spin glasses, and random magnets. |
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Mung Chiang |
Networking, Wireless, Internet, Content distribution, Broadband access, Network economics, Social networks, Optimization |
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Stephen Chou |
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 |
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Paul Cuff |
information theory; encryption (theoretical limits); log-optimal portfolio theory; statistical physics |
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Jason W. Fleischer |
nonlinear optics and photonics; soliton dynamics; statistical and condensed-matter physics. |
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Claire Gmachl |
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. |
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Andrew Houck |
Quantum computing, non-linear and quantum optics, superconducting microwave electronics, decoherence in quantum systems, transport physics. |
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Niraj Jha |
low power hardware/software design, embedded system design, synthesis for nanotechnologies, synthesis of ASIPs, system and high-level synthesis, digital system testing |
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Antoine Kahn |
atomic, electronic, and chemical properties of semiconductors and interfaces; metal semiconductor interfaces; organic molecular semiconductors; and scanning tunneling microscopy |
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Sanjeev R. Kulkarni |
statistical pattern recognition, nonparametric estimation, machine learning, and image/video processing |
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Sun-Yuan Kung |
VLSI signal processing; neural networks; digital signal, image, and video processing; and multimedia information systems. |
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Ruby Lee |
computer architecture, computer security, trushworthy computing, multicore security, secure cloud computing, cyber security, hardware-enhanced security and resiliency, multimedia processing, advanced microprocessors and SOCs, foundations of trustwort |
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Bede Liu |
signal and image processing, video coding and analysis. |
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Stephen A. Lyon |
optical processes in semiconductors, ultrafast processes and nonequilibrium transport, semiconductor nanostructures, quantum computing. |
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Sharad Malik |
design automation for digital systems: design tools for embedded systems, hardware-software integration, digital circuit theory, and synthesis and verification of digital systems. |
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Loren Pfeiffer |
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Vincent Poor |
statistical signal processing, wireless networks, stochastic analysis. |
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Paul Prucnal |
photonic switching, fiber-optic networks, and optical interconnects. |
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Peter J Ramadge |
fMRI signal processing; video and image processing; machine learning; adaptive signal processing; adaptive control; discrete-event systems, optimization |
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Barry Rand |
Understanding and leveraging the electronic and optical properties of thin film materials, |
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Kaushik Sengupta |
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 |
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Mansour Shayegan |
semiconductor physics: electronic properties of low-dimensional semiconductor structures, growth of III-V compounds by molecular beam epitaxy. |
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James Sturm |
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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Hakan Tureci |
Nonlinear/Quantum optics in complex media, Nano-photonics, Condensed matter physics, Semiconductor optics, Strongly correlated quantum optical systems, Quantum/wave chaos, Numerical methods for simulating active and passive photonic structures. |
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Sergio Verdu |
information theory; data compression, transmission and signal processing. |
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Naveen Verma |
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. |
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Sigurd Wagner |
large-area electronics, active electronic skin, e-textiles; amorphous and microcrystalline silicon on flexible foil substrates; printing of active electronics; microfluidic chips. |
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David Wentzlaff |
computer architecture, operating systems, sustainable computing, data center computing, cloud computing, multicore systems, manycore systems, microprocessor design, low-lower computer design, energy efficient computing |
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Gerard Wysocki |
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. |
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| Associated Faculty | Research Area | |
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Craig Arnold |
Laser processing and transport in materials with particular emphasis on shaping laser-material interactions |
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David August |
Computer architecture; languages, compilers, and run-time systems; parallelism; programmability, performance, efficiency, reliability, and security |
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Douglas Clark |
Uniprocessor architecture and organization; architecturally-focused performance measurement and analysis; clocking and timing issues in digital systems |
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Kai Li |
Computer architecture; operating systems; parallel systems; networking |
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Lynn Loo |
Organic and polymer electronics; self-assembled monolayers; soft lithography; block copolymers |
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Margaret R. Martonosi |
computer architectures and the hardware/software interface, particularly power-efficient systems, hardware-software interface issues, and most recently, power-efficient wireless networks. |
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Jason Petta |
Semiconductor nanostructures, quantum control, quantum transport |
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Warren Powell |
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Jennifer Rexford |
Communication networks; network management; protocol design; internet measurement |
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| Visiting Faculty | Research Area | |
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Robert Calderbank |
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Cristina Comaniciu |
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Tariq Durrani |
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Mable Fok |
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Visa Koivunen |
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Mehul Motani |
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Shlomo Shamai Shitz |
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C.K. Toh |
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Wade Trappe |
Multimedia Security, Wireless Security, Wireless Networking, Cryptography |
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Laura Waller |
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Ed Zschau |
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| Emeritus Faculty | Research Area | |
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Stephen Forrest |
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Hisashi Kobayashi |
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Daniel Tsui |
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