I work on problems in soft matter and molecular self-assembly, combining analytical methods with molecular simulations. I develop design principles for self-assembling systems in biology and nanotechnology and methods to understand how molecular systems...
I am interested in applying machine-learning tools in combination with physics to solve optimization and inverse design problems in fluid mechanics. My background in applied mathematics and mechanical engineering drives my twin purposes of understanding...
My research interests lie in modeling living and non-living soft matter and complex fluids, spanning topics from colloidal hydrodynamics and viscoelastic flows to active matter and intracellular transport. I am currently developing computational methods...
