| Student/Department |
Advisor/Department |
Research |
| J. Cooley / MAE |
E. Choueiri / MAE |
Breakdown Initiation of a Current Sheet by Laser Pulses |
| J. Dominy / PACM |
H. Rabitz / Ch |
Exploring the Control of Quantum Dynamics Phenomena with the
Dual Controls of Material and Photonic Reagents |
| D. Inglis / EE |
J. Sturm / EE |
Fabrication of Microfluidic Cell Sorting Devices by Plasma Etching for Manipulation of Biological Molecules |
| A. Kattamis / ChE |
S. Wagner / EE |
Silicon Thin Film Transistors made by Plasma Processing on Flexible Substrates |
| E. Kimball / ChE |
J. Benziger / ChE
Y. Kevrekidis / ChE |
Ignition Dynamics in PEM Fuel Cells |
| S. Li / MAE |
S. Suckewer / MAE |
A New Type of Femtosecond Laser based on Raman Amplification and Compression in Plasma |
| Q. Liang / ChE |
Y. Kevrekidis / ChE |
Equation-free Computation for Complex Multiscale Systems |
| A. Likhanskii / MAE |
R. Miles / MAE |
Computational Models of the Interaction of Weakly Ionized Plasmas with Air |
| R. Lunt / ChE |
J. Benziger / ChE |
Investigating Growth Modes and Surface Diffusivity in Low-pressure Organic Vapor-phase Deposition (OVPD) |
| J. Roslund / Ch |
H. Rabitz / Ch |
Exploring the Landscapes for Laboratory Control of Quantum Dynamics |
| M. Roth / Ch |
H. Rabitz / Ch |
Control of Ultra-fast Lasers for Quantum Manipulation |
| M. Stockman / MAE |
R. Miles / MAE |
Microwave Plasmas to Enhance Flame Speed for SCRAM Jets |
| R. Wu / Ch |
H. Rabitz / Ch |
Theory of Laser Control over Quantum Phenomena by Choice of Material |
