1 |
 |
Manipulating Objects (e.g. swimming cells,
quantum dots) by Micro Flow Feedback Control
Students:
Mike Armani, Satej Chaudhary, Zach Cummins, Roland Probst
a: Steering and Trapping
of Live Swimming Cells
b: Manipulation of Single Quantum Dots to Nanometer Precision
c: Flow Control of Object Positions and Orientations
|
2 |
 |
Directing Therapeutics to Targes by Precise Control of Magnetic Fields
Collaborators: O.Bruno, D.Diver, K.Dormer, M.Emmert-Buck, A.Lubbe, H.Potts, I.Rutel...
Students: Skye Kim, Arash Komaee, John Lin, Alek Nacev, Roland Probst
a: Control of Chemotherapy to Tumors
b: Magnetic Delivery of Drugs to the Inner Ear
c: Ferrofluid Control Experiments
d: Advanced Simulations of Ferrofluid Transport
e: Autopsy Studies
|
3 |
 |
2DPCR for Spatially Mapping Genetics in Tissue Samples
Collaborators: E.Smela, UMD; J.Gillespie, M. Emmert-Buck, NIH
Students: Eric Chen, Maura Manion, Mike Armani |
4 |
 |
Modeling/Control of Electrowetting Flows
Collaborators: CJ Kim, Robin Garrell, UCLA
Students: Shawn Walker |
5 |
 |
Modeling/Control of Conjugated Polymer Actuator Materials
Collaborators: E.Smela |
6 |
 |
Feedback Control of Protein Crystalization
Collaborators: Steve Quake, Stanford |
7 |
 |
Min Energy Methods for Liquid Shape Prediction
Collaborators: H.Feil, Phillips; A.Hightower, Nanostream
Students: Mike Chinn, Neil Fortner, Inna Treise |
8 |
 |
Flow/Structure Modeling and Optimization for Label Free Protein Sensing Systems
Collaborators: R.Cain, Protiveris
Students: Jason West |
9 |
 |
Modeling/Optimization of Valves/Flow in Implantable Urinary Incontinence Devices
Collaborators:
E.Smela, UMD, G.Barrett, InfinteBiomedicalTechnologies
Students: Jason West |
10 |
 |
Reduced Order Models of Heat Transfer in Packaged Electronic Systems
for Efficient Thermal Design
Students: Pramod Mathai |
11 |
 |
Modeling/Device Design for Iso-Electric Focusing
Collaborators: D.DeVoe, UMD
Students: Pramod Mathai |
12 |
 |
Monitoring Cells on Chip for Low False- Positive
Bio-Chemical Pathogen Detection
Collaborators: P.Abshire, E.Smela, UMD; D.Wirtz, Johns Hopkins; R.Das,
Walter Reed; and H.Mattoussi, Naval Research Laboratory |
