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Surfaces and the chemistry that happens on them, control much of what happens in our modern high technology world. As such chemists are interested in reactions that occur on a wide variety of both simple and complex surfaces (e.g., surfaces of nanostructures, surfaces of electrodes, heterogeneous catalysts, solar energy systems, surfaces of semiconductors, as well as particles in the atmosphere).
Recent advances in experimental probes of the atomic and molecular properties of solid surfaces now allow detailed studies of these and many other phenomena at the molecular level. We use modern surface science techniques to study the chemistry and structure of adsorbates on highly characterized surfaces of metals, semiconductors, and insulators. Underlying all of our research is an interest in understanding the fundamentals of the interactions of small molecules with surfaces. Such fundamental understanding will lead to the ability to design new materials that have the desired surface chemistry and to control the surface structure on the nanometer and atomic scale.
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Journal of Electroanalytical Chemistry (2020): 114757
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