| Sven Bilén |
 |
Electrodynamic-tether science, technology, and applications; in situ measurements of space
plasmas and environments; circuit modeling of plasmas and spacecraft–plasma
interactions; and plasma diagnostics for space plasmas, plasma electric
thrusters, and semiconductor plasma processing |
| Craig Grimes |
 |
Integrated sensing architectures; new physical, biological and chemical sensor platforms from transduction physics, material
design and fabrication, to electronic packaging. Materials-oriented research projects,
including fabrication and application of metal-oxide nanotubes and nanowires for use as sensors, thin films of
controlled nano-porosity, architecture for bio-templating, and more recently solar generation of hydrogen by
photo-water splitting.
|
| Ken Jenkins |
 |
Digital filtering, signal processing algorithms,
multidimensional array processing, computer imaging, one- and two-dimensional
adaptive signal processing, and VLSI architectures for signal processing
|
| Iam-Choon Khoo |
 |
Nonlinear optical fibers and fiber arrays for
optical switching and sensor protection application, and electro-optical and
nonlinear optical phenomena and devices based on liquid crystalline materials
|
| Michael Lanagan |
 |
Explore new dielectric materials and processes
for energy storage and capacitors in power electronic circuits. Develop
microwave characterization techniques for strip-line and communication devices.
|
| Zhiwen Liu |
 |
Optical phenomena happening in short time femtosecond and/or short spatial (nanometer) scales and
their applications in information technology (communication, memory,
sensors), femtosecond pulse propagation in photonic
crystal fiber, femtosecond camera, coherent
anti-Stokes Raman spectroscopy (CARS) imaging sensor, data storage in
nanostructures, and applications of holography.
|
| John Mathews |
 |
Radar remote sensing, digital signal processing, ionospheric physical and chemical processes, radar codes.
|
| John Mitchell |
 |
Electrical properties/processes
of the middle atmosphere. Rocket probe techniques have been utilized to
investigate NLC/PMSE events in the high-latitude middle atmosphere, solar
eclipses, thunderstorms, and aurora, and also the mid-latitude and equatorial
regions during quiescent conditions
|
| Robert Nickel |
 |
Speech signal processing, time frequency analysis, general signal theory |
| Victor Pasko |
 |
Atmospheric electrodynamics, gas discharge phenomena, computational plasma physics and electromagnetics
|
| Joan Redwing |
 |
Vapor phase synthesis and characterization of
electronic and photonic materials; metalorganic chemical vapor deposition of group III-nitride materials (GaN, AlN, InN);
vapor-liquid-solid growth of semiconductor nanowires; wide bandgap semiconductor characterization; heterostructure fabrication and characterization.
|
| Jeffrey Schiano |
 |
Control systems, feedback control of quantum-mechanical processes, application to nuclear quadrupole spectroscopy and magnetic resonance imaging.
|
| Srinivas Tadigadapa |
 |
Interdisciplinary field of microelectromechanical systems (MEMS) and novel
micro-fabrication techniques, specifically, the fabrication of novel micro-
and nano-sensors and actuators by integrating non-traditional materials using silicon planar micro-fabrication techniques.
|
| Julio Urbina |
 |
Digital systems and space communication and instrumentation, software defined radio, sensors,
acquisiton and morphware systems, meteor science, radio wave remote sensing, radar instrumentation, and radar studies of the atmosphere and ionosphere.
|