Research

We work with nanomaterials, especially those with anisotropic shape and specific surface chemistry at different interfaces. We exploit this difference in surface chemistry to direct the adsorption or attachment of molecules at specific nanomaterial interfaces. The adsorption of these molecules changes the chemical environment of the interface. First, the change in chemical environment at these interfaces can provide a favorable environment for the synthetic precursors of different materials, controlling the growth of said materials at specific interfaces or inside modified confined spaces to achieve nanomaterial hybrids. Second, such modification can change the assembly behavior of these materials at interfaces, particularly towards improved understanding of hierarchical assembly at interfaces. Third, this modification of nanomaterials can alter their aggregation state, which can influence coupling between bound chromophores and provide better understanding of energy transfer processes. If you are interested in knowing more or becoming involved in our work then feel free to get in touch.