Mahsa Siavashpouri

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Mahsa Siavashpouri
Mahsa is a Ph.D. student in Physics using tools from structural DNA nanotechnology to investigate self-assembly of colloidal membranes and liquid crystals. She is a member of the Dogic Lab.
MRSEC Research in the Dogic Lab
“I study self-assembly of rod-like colloidal particles in suspension of depleting polymer and investigate the connection between macroscopic properties of these liquid-crystalline self-assembled structures and the microscopic features of the constituent molecules. Previous studies have shown that monodisperse rod-like colloids such as filamentous bacteriophage self-assemble into 1D twisted ribbons and 2D membranes in presence of attractive interactions mediated by non-absorbing polymers. During my research, using rodlike DNA origami particles as the new building-block, I demonstrate the formation of higher order structures from the assembly of colloidal rods is universal. Using DNA origami technique, we are able to easily tune flexibility, chirality and aspect ratio of the colloidal particles and find a connection between these microscopic properties and the macroscopic features of the entire self-assembled structure.”