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About

Lydia Kisley is a rising leader in physical chemistry and biophysics, whose work illuminates the nanoscale dynamics of energy and charge transfer. Her research centers on developing and applying advanced single-molecule and super-resolution fluorescence microscopy techniques to probe complex, heterogeneous systems—from colloidal suspensions to biological interfaces. Kisley’s major contributions include pioneering the visualization of contact-mediated electron transfer between individual redox-active colloids (RACs), a breakthrough that provides unprecedented, direct insight into how these novel energy carriers exchange electrical energy upon physical contact. This work, detailed in her 2025 paper (2 citations), is foundational for quantifying electrical energy transfer in colloidal systems and understanding physical contact events in suspensions. Beyond this, Kisley is recognized for her innovative use of single-molecule tracking to study molecular transport and interactions in porous materials and living cells, offering a dynamic view of processes previously hidden by ensemble averaging. Her impactful research has earned her early-career awards and positions her at the forefront of using super-resolution imaging to solve fundamental problems in energy science and cellular biophysics.