I am a solid-state chemist interested in materials to solve global energy challenges. Presently at Northwestern University, I have several projects related to lithium-ion batteries, 'beyond Li' battery chemistries, and thermoelectrics, working jointly between the Dept. of Materials Science and Engineering and the Dept. of Chemistry. I completed my PhD in Chemistry with Prof. Clare Grey at the University of Cambridge after obtaining my BS in Chemistry from Indiana University.
My research incorporates advanced characterization methods to obtain atomic-level insights on mechanisms of operation and degradation in functional materials, especially high-rate lithium-ion batteries. In the lab, I synthesize new materials, perform electrochemical testing, and use tools including solid-state nuclear magnetic resonance (NMR) spectroscopy and X-ray diffraction. I also regularly visit particle accelerators and nuclear reactors to perform X-ray spectroscopy (XAS, XANES, EXAFS) and high-resolution X-ray and neutron diffraction. Though primarily an experimentalist, I dive into electronic structure calculations to help guide or explain my research and I work closely with theorist collaborators.
In addition to hosting my published work, this site serves as a directory to scientific textbooks, software, and online resources that may be of use in the areas of solid-state chemistry, inorganic spectroscopy, powder diffraction, NMR, XAS, electronic structure, etc. These are the resources with which I have some first hand experience—please do suggest others.