research
In my research, I am broadly interested in theoretical biophysics and soft matter. Currently, my main focus is on the physics of fluid lipid membranes, with a focus on how geometry, mechanics, and self-assembly drive shape and topology changes in these soft biological interfaces. Using a combination of theoretical modeling and computer simulations, I study membrane remodeling across a range of biological systems. These include archaeal bolalipid membranes, endosomal membrane dynamics in plant cells, and processes of membrane turnover and growth. Another central theme of my work is how proteins self-assemble into functional coats that generate forces and curvature, for example during clathrin-mediated endocytosis. I also explore membrane interactions with viruses, nanoparticles, and cytoskeletal networks, addressing general physical principles that govern transport, remodeling, and organization in living matter. Further details on these topics are provided below.
