-Passivation of inorganic semiconductor surfaces for improved stability and electronic quality
-Conversion of solar energy into electricity and chemical fuels
-Chemical control of semiconductor/metal interfaces for chemical sensing and electronics
-Kinetics and mechanisms of charge-transfer reactions on electrode surfaces
-Ensembles of discrete, synthetically prepared, inorganic colloids/particles and bulk electrode materials
We have openings for motivated undergraduates and graduate students with backgrounds or interests in the areas of surface science, electrochemistry, materials science/synthesis, and semiconductor device physics. Contact us for more information about specific research opportunities.
