Fundamental science and real-world applications of ambient Tip-enhanced Stimulated Raman studies in time and frequency domain.
Fundamental science and real-world applications of ambient Tip-enhanced Stimulated Raman studies in time and frequency domain.
My research will be focused on the plasmon-driven electron transfer to small molecules by surface-enhanced raman spectroscopy and femtosecond-stimulated raman spectroscopy.
First-principles calculations on molecules and surface
I am developing Stimulated Raman scattering (SRS) based methods to improve the Raman yield of a functionalized scanning probe microscope tip. Also interested in surface enhanced Raman scattering (SERS) based methods to probe and visualize individual molecules.
Hui Wang obtained his PhD in materials physics chemistry from Chinese Academy of Sciences, and now is a postdoctoral researcher of Prof Wu group. His current research interests involve the electronic structure, vibration spectroscopy and manipulation of single molecule or single-atom catalysts on different substrates.