Aerosol on Water-repellent surfaces

We are studying the interaction of aerosol on nanostructured chemical-modified surfaces. Aerosols, from sea spray aerosols to respiratory droplets, possess sizes at the nanoscale. When they approach water-repellent nanostructured surfaces, the enhanced surface area, electrostatic force, and chemical interaction would result in complex behavior. We are studying the nanostructures’ influence on the aerosols using various experimental techniques. 

Wearable healthcare devices for non-invasive monitoring

Sweat contains essential information about the human body. We are developing microfluidic methods to capture and store sweat for electrochemical sensing for health monitoring. We also work on wireless charging and energy storage devices for integrative healthcare devices.

Implanted devices

We are designing novel implanted applications for invasive mechanical support and imaging.

Previous research:

Some of our research are highlighted in these videos. If you cannot access YouTube, please see our research on Bilibili