My work has focused on fundamental research concerning the interaction of the surfaces of nanomaterials with the surrounding environment.
Transparent Ohmic contacts were deposited onto the CdTe absorber layer to enhance hole-extraction at the ITO/CdTe interface.
Selenolate and tellurolate ligands could expand our ability to tune the properties of metal nanoparticles, but their stability when bound is unknown. I have been studying how the surface of these novel nanoparticles evolves under ambient conditions following their synthesis.
Particles less than 5nm in size are assumed to be "spheroidal," but small differences in morphology can have a great impact on their effectiveness in catalysis and other applications. I have worked to demonstrate how electron spin resonance is a useful tool for exploring this asymmetry.