lectures
lectures
by Bocarsly, Lewis, and Brunschwig
by Bocarsly, Lewis, and Brunschwig
by Michael Evans
by Michael Evans
colloquiums
colloquiums
Nocera
Nocera
sustainable and renewable carbon, nitrogen and phosphorous cycles for fuel and crop production
sustainable and renewable carbon, nitrogen and phosphorous cycles for fuel and crop production
Stahl
Stahl
catalytic aerobic oxidative fractionation of biomass and lignin depolymerization
catalytic aerobic oxidative fractionation of biomass and lignin depolymerization
Norskov
Norskov
computational design of electrocatalysts
computational design of electrocatalysts
Manthiram
Manthiram
electrification and decarbonization of chemical synthesis
electrification and decarbonization of chemical synthesis
Bingjun Xu
Bingjun Xu
understanding interfacial electrocatalytic process via in situ/operando characterizations
understanding interfacial electrocatalytic process via in situ/operando characterizations
Reisner
Reisner
catalysts for polymer degradation
catalysts for polymer degradation
Yoge
Yoge
molecularly precise single atom catalysts for energy conversion
molecularly precise single atom catalysts for energy conversion
Jaramillo
Jaramillo
catalyzing a sustainable future
catalyzing a sustainable future
Holewinski
Holewinski
understanding mechanisms in electrocatalytic synthesis with renewable feedstocks
understanding mechanisms in electrocatalytic synthesis with renewable feedstocks
Boettcher
Boettcher
advanced AEM concepts for scalable hydrogen production
advanced AEM concepts for scalable hydrogen production
Sargent
Sargent
how can research in solar energy harvesting and electrified chemical synthesis contribute to defossilizatoin
how can research in solar energy harvesting and electrified chemical synthesis contribute to defossilizatoin
Koper
Koper
electrocatalysis of CO2 reduction
electrocatalysis of CO2 reduction
Strasser
Strasser
electrified solid-liquid interfaces
electrified solid-liquid interfaces
E Carter
E Carter
artificial photosynthesis mechanisms and materials optimization from first principles
artificial photosynthesis mechanisms and materials optimization from first principles
Karen Chan
Karen Chan
surface charge density as descriptor of the driving force for electrochemical reactions
surface charge density as descriptor of the driving force for electrochemical reactions