Research Directory
Areas
- Biological/Biomedical Engineering
- Communications, Infomation Theory, Networking, Networked Systems
- Computer Architecture, Multicore Systems, Integrated Circuits
- Large Area/Flex Electronics for Display/Sensing/Energy Applications
- Mid-Infrared Photonics, Lasers, and Sensors
- Nanoscale Materials/Devices for Sensing and Energy Applications
- Organic Materials and Devices
- Photonic Systems, Non-linear Optics, Quantum Optics
- Physics of Electronic Materials and Nanomaterials
- Quantum Information/Quantum Computing
- Security in Computing and Communications
- Signal Processing, Machine Learning, and Optimization
Nanoscale Materials/Devices for Sensing and Energy Applications
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Craig Arnold |
Laser processing and transport in materials with particular emphasis on shaping laser-material interactions |
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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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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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Lynn Loo |
Organic and polymer electronics; self-assembled monolayers; soft lithography; block copolymers |
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Stephen A. Lyon |
optical processes in semiconductors, ultrafast processes and nonequilibrium transport, semiconductor nanostructures, quantum computing. |
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Loren Pfeiffer |
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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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