Andrew Rappe

Department of Chemistry
University of Pennsylvania
Thursday, Oct. 13, 2022
4:30pm
Taylor Auditorium, Frick Chemistry Laboratory
Host
Will Jacobs
Add to Calendar2022-10-13 16:30:002022-10-13 16:30:00Will JacobsTaylor Auditorium, Frick Chemistry Laboratory 15YYYY-MM-DD

Chemical design of materials for energy transformations

A great challenge in physical chemistry is the development of fundamental understanding of optical, electronic, and ionic processes that lead to useful transfer, conversion, or storage of energy.  In this talk I will present key areas where we can develop new theoretical methods to understand and design materials. First, I will discuss the theory of the bulk photovoltaic effect, including the main optoelectronic processes and conceptual understanding of why certain materials give large photocurrents. Next, I will present an understanding of dynamic behavior of materials, from the large-amplitude motions of hybrid perovskites to the emergent formation of multi-component catalytic surfaces. Finally, I will briefly describe some ideas from quantum geometry and topological physics, in order to incorporate these concepts into our materials design approach to optoelectronic and catalytic materials.

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