email: michelle.driscoll@northwestern.edu
orcid.org/0000-0002-0930-9579
google scholar
CV
I am a soft condensed matter experimentalist, and my lab’s focus is to understand, characterize, and control soft materials. Soft materials, such as gels, pastes, and suspensions, are completely disordered, highly nonlinear, and fundamentally out-of-equilibrium; to understand these materials requires the development of new insights and innovative techniques. In my work, I use emergent structure formation as a powerful new tool to probe soft materials. Exploring a diversity of materials is central to my lab's science; we identify model systems for complex soft materials, and then exploit their simplicity to understand complex material response.
graduate researcher
project: microrollers in confinement
pamud.akalanka@u.northwestern.edu
Akalanka received his Bachelor's in Physics from the University of Colombo, Sri Lanka. Currently, his interests lie in the field of experimental soft matter physics & fluid dynamics. Previously, he did research on simulating magnetic reconnection models in a resistive MHD framework. Outside of work he likes spending time with his family and exploring the city.
undergraduate researcher
project: colloidal films
isabellabrady-peters2028@u.northwestern.edu
Isabella is an undergraduate Integrated Science and Physics double major in the class of 2028. She is a member of Reflections Repertory Company, a ballet focused group on campus. In her free time she enjoys reading and listening to music.
graduate researcher
website
project: drop impact of complex fluids
charlesburton2028@u.northwestern.edu
Charlie graduated with BAs in physics and neuroscience from Earlham College. Afterwards, he worked as a researcher at Stark Neurosciences Research Institute, where he studied translational models of Alzheimer's Disease. At Northwestern, he is currently interested in experimental soft matter, particularly drop impact dynamics. In his free time, he loves running, frisbee, exploring Chicago and reading a good fantasy novel.
graduate researcher
project: complex fluid sheets
CarlyGalvin2023@u.northwestern.edu
Carly graduated with a BA in Physics from Northwestern University, after which she worked with microtubule-based active matter at the University of California in Santa Barbara. She is now continuing her study of rupture dynamics in expanding sheets and thin films of complex fluid. Outside of work, she trains at the Evanston School of Ballet.
graduate researcher
project: ferrofluid dynamics
website
shankhadeep@u.northwestern.edu
Shankhadeep received his BS–MS degree in Physics from IISER Kolkata, India. His research focuses on the impact dynamics and drying behavior of droplets containing anisotropic colloids, as well as the dynamics of ferrofluid suspensions under tunable magnetic fields. This work encompasses phenomena such as deformation, instability, and directed transport. Beyond his scientific pursuits, he holds a deep appreciation for the arts and actively engages in painting as a hobby.
undergraduate researcher
project: gel fracture
haleyshamah2026@u.northwestern.edu
Haley is an undergraduate Physics major in the class of 2026. On campus she is involved in WIP (we’re in physics), Northwestern Hillel, and NU gymnastics Club. Outside of classes, she enjoys watching reality television and doing gymnastics.