Current projects:
- Novel
Carbon Nanotube Morphologies as building blocks for nanoelectronics
(In Collaboration with A.M. Rao, Clemson University, South Carolina)
Supported by the National Science Foundation and the Office of Naval Research
- Carbon
Nanotube based Tactile Shear Force Sensors
- Electrochemistry
of Carbon nanotubes- for application to biochemical sensors
- Electrical,
Thermal, and Thermoelectric Characterization of Si/SiGe based superlattice
structures
(Collaboration with N. Elsner and S. Ghamaty, Hi-Z Inc., San Diego)
Supported by the Hi-Z Inc. and the Von Liebig foundation
- Optical
Delay Engineering and Anderson Localization in Silicon based nanostructures
(Collaboration with S. Mookherjea and S. Fainman,
Electrical Engineering, UC, San Diego)
Supported by the National Science Foundation
- Manganese
Acetate Based Integrated Molecular Electronics
(Collaboration with D. Hendrickson, Chemistry department, UCSD)
- Semiconductor
surface – Organic molecule interactions
- Reliability issues in quantum
mechanical devices
- The influence of defects
- Nano-fabrication techniques,
especially electron-beam lithography, for tactile/shear sensor fabrication
and Nano-Electro-Mechanical Systems (NEMS)
Past
Projects
- Low temperature growth and
characterization of Ge on Si photodetectors for
nano-photonics applications
(Supported by the von Liebig foundation)
- Controlled ambient annealing for
the synthesis of novel magnetic semiconductors
- Growth
& Control of Carbon Nanotubes for Improved Electron Field Emission
(In collaboration with S.
Jin, UC, San
Diego)
(Supported by the UC
discovery-Samsung collaboration)