Catalysis, Chemistry, Energy Conversion, porous materials, precious metals
Computational chemist Christopher Hendon (aka Dr. Coffee) is an international expert on the science of coffee. He can talk about how to brew the best cup according to science. He authored the book, 鈥淲ater For Coffee,鈥 with Maxwell Colonna-Dashwood, a world champion level barista. Together, the two have won barista championships and transformed the art and science of espresso worldwide. Hendon studies material properties that emerge from chemical imperfections. His work on these defects has applications in energy storage and conversion. Collaborating with colleagues from across disciplines, he鈥檚 looking for ways to create new designer materials that reduce the dependence on precious metals. His coffee research has become a permanent fixture in the university. The Oregon Coffee Laboratory is a public laboratory where Hendon studies the electrical properties of coffee extracts. He continues to work with and support local businesses, while maximizing his research impact within the coffee industry.
artificial photosynthesis, Energy Conversion, Green Energy, perovskites, Photovoltaics, solar and battery systems, Solar Cells
Mmantsae Diale is a device scientist, whose main research interests lie in exploring physical and chemical means to control the electronic and optical properties of materials. She has a keen interest in solar energy conversion with a desire to see a life off the grid with photovoltaics (PV) and artificial photosynthesis (AP) – all green and clean energy sources.