Faculty and students are engaged in studying the interactions of electrons and photons with matter, exploiting their fundamental properties in devices at the nanometer and micrometer scale, and wireless communications. Applications range from brain stimulation and signal recording using patterned metal probes, single-photon sources and optical nanoantennas, as well as quantum transistors, plasmonics, silicon based photonics and ultrafast optoacoustics.
- Rod Beresford - molecular beam epitaxy, electronic materials and devices, quantum well and superlattice device physics.
- Leigh Hochberg - restorative neurotechnology for people with paralysis or limb loss, human intracortical neurophysiology and neuronal ensemble function.
- Larry Larson - Wireless communications, semiconductor devices, high-frequency circuits, communications systems.
- Daniel Mittleman - Terahertz science and technology, ultrafast optical phenomena.
- Arto Nurmikko - nanophotonics, nanomaterials, and neuroengineering/neurotechnology.
- Domenico Pacifici - silicon-based microphotonics, nanophotonics, plasmonics, nanoengineered materials and devices for optical communication, sensing and energy-harvesting applications.
- Sherief Reda - very large scale integration (VLSI) design, nano-scale variability characterization, and low-power electronic design techniques.
- Chris Rose - Communication theory as an organizing principle: wireless communication, molecular communication, mobile networks, communication theory and physics, genetic algorithms, interference avoidance, MIMO.
- Jacob Rosenstein - mixed-signal electronics, instrumentation, electrophysiology, nanopore sensors, embedded systems, VLSI, sensor interfaces, microfluidics.
- Jimmy Xu - fabrication and physics of novel nanostructures, DNA-based molecular engineering, and opto-electronics.
- Alexander Zaslavsky - physics and technology of semiconductor microstructures and devices.
- Rashid Zia - nanophotonics, near-field optics, plasmonics, single emitter spectroscopy, single photon sources, and cavity-free QED.