We develop adaptive bioelectronic technologies that bridge molecular sensing and physiological interfaces.

Our research focuses on biological challenges that cannot be fully addressed by conventional electronics—from manipulating biomolecules with electric fields to building soft, tissue-conformal interfaces for physiological sensing and stimulation. 

By integrating materials engineering, electrokinetics, bioelectronics, and intelligent signal analysis, we seek new ways to sense, manipulate, and interact with biological systems across multiple scales, from biomolecules to tissues. Rather than adapting biology to existing technologies, we aim to create technologies that adapt to biology. 

Ultimately, our goal is to translate these ideas into practical platforms for precision diagnostics, continuous health monitoring, and personalized therapy.