Mezić Research Group

Dynamical Systems and Nonlinear Control Theory

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Our approach to microfluidics

The science and art of microfluidics has been advanced substantially since its introduction in designs of inkjet printers (2; 3; 4). A particularly important set of applications of microfluidic technology is within fields of genomics, proteomics and medical diagnostics (5; 6; 7; 8).

Last Updated on Tuesday, 02 July 2013 16:11

Theoretical Microfluidics

To fully understand the phenomena at the microscale, a variety of theoretical studies are needed, both in fundamental understanding of physics, and in specification and optimization of design.

Last Updated on Tuesday, 02 July 2013 16:15

Manipulation of Nanosize to Microsize Particles Using AC Electrokinetic Forces

Dr. Sophie Loire

I study the manipulation of micro to nanosize particles in an interdigitated electrode array channel.

Last Updated on Wednesday, 13 May 2009 17:14

Optimal Control of Mixing

Dr. George Mathew

For microfluidic mixing devices, it is necessary to quantify its mixing effectiveness and optimize its design. For this purpose, we are working on multiscale mixing measures for arbitrary domains and the design of optimal mixing protocols.

Last Updated on Monday, 27 April 2009 13:41