We are actively seeking graduate students who are excited by interdisciplinary research and motivated to tackle fundamental questions at the interface of physics, biology, and chemistry. Graduate students in the group pursue projects that combine theory, experiment, and computation to understand adaptive, nonlinear, and memory-like behavior in lipid membranes and cells. Training spans a broad set of techniques, including advanced electrophysiology (patch clamping), membrane model systems, vibrational and scattering-based characterization, and atomistic simulations on high-performance computing platforms. Students are encouraged to develop scientific independence, shape their own research directions, and engage in collaborations across disciplines and institutions. The goal is to provide rigorous, supportive mentorship that prepares graduates for successful careers in academia, national laboratories, industry, or interdisciplinary research environments.Â