| NEMS | Nanoelectromechanical Systems: Physics, transduction & actuation engineering, NEMS surface science, fluctuation mechanisms & ultimate limits. |
|---|---|
Transitioning "nanocraft" to nanotechnology through pursuit of very-large-scale integration in partnership with CEA / LETI-MINATEC, Grenoble, France |
|
NEMS "nose" systems for ultrasensitive detection of gas-phase analytes. Applications include industrial monitoring and breath-based medical diagnosis. |
|
| NEMS Biosensors |
Ultrasensitive, highly-multiplexed, fluid-based bio/chem sensors, their physical principles and applications in the life sciences & medicine. |
| Single-Molecule NEMS-MS |
Pursuit of a new NEMS-based paradigm for real-time biological mass spectrometry for high-throughput, single-cell proteomics. |
Exploration of metabolic processes in individual cells via microfluidic-embedded nanosensor arrays. |
|
Single-cell force measurements via microfluidic-embedded nanosensor arrays, for investigation of cell motility and response to bio/chemical stimuli. |
|
| Nanowire NEMS | Bottom-up fabrication of NEMS, in collaboration with the Yang Group (UC Berkeley) and Lieber Group (Harvard). |
Physics and applications of nonlinear mechanical response in NEMS devices, and operating principles for coupled and synchronized NEMS arrays. |
|
| Quantum Electro Mechanics | Physics of nanoelectromechanical systems at the quantum limit.
|