 |
Controlled, patterned growth of carbon nanotubes (CNT) for device, display, and sensor applications |
|
Large scale production of CNTs for structural, high heat flux material applications |
|
Characterization of nano materials |
|
Nanotube based devices |
|
Development of biosensors for astrobiology, biomedical, security needs |
|
Development of a biosensor for cancer diagnostics (in collaboration with National Cancer Institute) |
|
Chemical sensors for cosmochemistry, security applications |
|
CNT based microscopy, high resolution imaging |
|
Inorganic nanowires: Growth, characterization |
|
Inorganic nanowire based nanoelectronics |
|
Inorganic nanowire technology for sensors and detectors |
|
Integration of computing, memory and sensors |
|
Molecular electronics for memory and logic |
|
Protein nanotubes |
|
Nanopores for gene sequencing |
|
Nano-biotechnology |
|
Nanofluidics |
|
Gas absorption, storage, catalysis, and waste remediation using nanomaterials for advanced life support |
|
Diagnostics of nanomaterial growth processes |
