Bionanophotonics
We integrate tools from microfluidics, nanofabrication, plasmonics, computer vision and optics to both investigate fundamental phenomena away from equilibria across the nano-to-mm-scale and to develop next generation lab-on-a-chip sensors.
Our current research focusses on four major projects encompassing studying and controlling particle and fluid dynamics using plasmonic-based approaches, development of new sensing platforms and technologies enabled by optical resonators or label-free interferometric approaches, and technical development and implementation of novel large field-of-view imaging techniques for following single-particle dynamics.
