Our lab focuses on investigating fundamental biophysical interactions and developing sensitive detection platforms using high-throughput single-molecule techniques, particularly Centrifuge Force Microscopy (CFM). We pursue two main research areas: structural biophysics, including nucleic acid base stacking and drug-binding studies, and bioanalytical chemistry, where we develop CFM-based assays to detect trace contaminants like PFAS and heavy metals. These interdisciplinary projects bridge chemistry, biology, physics, and engineering, offering undergraduates the opportunity to engage in meaningful research early in their academic careers.
