Surface Enhanced Raman Scattering (SERS) and Plasmonic Nano-Chips:
 
We aim to undertake our research pathway to identify the physical origin of SERS and fabricate reproducible plasmonic nanochips for biological and chemical sensing. Specifically, our fundamental studies on important parameters of SERS effect will serve as the basis to direct engineering efforts on the development of SERS as the ultrasensitive analytical platform for chemical, biological and environmental trace detection. This work connects traditional field of physical science, engineering, and life sciences, which should cultivate a synergetic research environment across disciplines and to promote inter/multidisciplinary education experience.

Micro- and Nano-fluidics: