Joseph Gauthier
Stanford University
Appearances
DateApril 12, 2021Reducing carbon dioxide (CO2) into useful organic feedstock, artificial photosynthesis aims to relieve global warming and feedstock shortage using a single system…Presenter
Assistant Professor, University of Massachusetts AmherstSpeakers
Simulation of coupled proton electron transfer (CPET) pathways with density functional theory (DFT) is critical to our understanding of electrocatalysis and in guiding electrocatalyst design…Presenter
Stanford University- Simulation of coupled proton electron transfer (CPET) pathways with density functional theory (DFT) is critical to our understanding of electrocatalysis and in guiding electrocatalyst design…
Speaker
Stanford University - : [CATL] Division of Catalysis Science & Technology
Speakers
The Ohio State UniversityLoyola University ChicagoOak Ridge National LaboratoryUniversity of Minnesota Twin CitiesLab Fellow, Oak Ridge National LaboratorySenior Research Scientist, Pacific Northwest National LaboratoryBoston CollegePrinceton UniversityStanford UniversityUniversity of Massachusetts LowellUniversity of Twente - Simulation of coupled proton electron transfer (CPET) pathways with density functional theory (DFT) is critical to our understanding of electrocatalysis and in guiding electrocatalyst design…
Speaker
Stanford University - : [CATL] Division of Catalysis Science & Technology
Speakers
The Ohio State UniversityLoyola University ChicagoOak Ridge National LaboratoryUniversity of Minnesota Twin CitiesLab Fellow, Oak Ridge National LaboratorySenior Research Scientist, Pacific Northwest National LaboratoryBoston CollegePrinceton UniversityStanford UniversityUniversity of Massachusetts LowellUniversity of Twente - Simulation of coupled proton electron transfer (CPET) pathways with density functional theory (DFT) is critical to our understanding of electrocatalysis and in guiding electrocatalyst design…
Speaker
Stanford University - : [CATL] Division of Catalysis Science & Technology
Speakers
The Ohio State UniversityLoyola University ChicagoOak Ridge National LaboratoryUniversity of Minnesota Twin CitiesLab Fellow, Oak Ridge National LaboratorySenior Research Scientist, Pacific Northwest National LaboratoryBoston CollegePrinceton UniversityStanford UniversityUniversity of Massachusetts LowellUniversity of Twente - Simulation of coupled proton electron transfer (CPET) pathways with density functional theory (DFT) is critical to our understanding of electrocatalysis and in guiding electrocatalyst design…
Speaker
Stanford University - : [CATL] Division of Catalysis Science & Technology
Speakers
The Ohio State UniversityLoyola University ChicagoOak Ridge National LaboratoryUniversity of Minnesota Twin CitiesLab Fellow, Oak Ridge National LaboratorySenior Research Scientist, Pacific Northwest National LaboratoryBoston CollegePrinceton UniversityStanford UniversityUniversity of Massachusetts LowellUniversity of Twente - DateMarch 29, 2023Simulation of coupled proton electron transfer (CPET) pathways with density functional theory (DFT) is critical to our understanding of electrocatalysis and in guiding electrocatalyst design…
Presenter
Stanford University - DateAugust 14, 2023Electroreduction of CO2 (eCO2RR) has emerged as a promising alternative for production of renewable fuels and important commodity chemicals such as ethylene and ethanol. Simultaneously, it opens an economically attractive path to mitigate point sources of CO2, a potent greenhouse gas…
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Stanford UniversityUniv of California - DateAugust 16, 2023Improved knowledge of how solvent and electrolyte species interact with the metal surface at the atomistic level is highly important in designing more durable heterogeneous catalysts…
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Graduate Student, University of California, BerkeleyStanford UniversityUniv of California - DateMarch 17, 2024Despite growing calls for decarbonization, the chemical industry in the United States still accounts for nearly 200 million metric tons of CO2 equivalent greenhouse gas emissions, with hydrogen (H2) production from steam reforming of methane comprising around 20-30% of this staggering number…
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Stanford University - DateAugust 22, 2024Despite the growing demand for green H2, the United States continues to produce 95% of its H2 through methane steam reforming, resulting in the annual release of approximately 108 metric tons of CO2…
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Stanford University - DateMarch 25, 2025Despite the growing demand for green H2, the United States continues to produce 95% of its H2 through methane steam reforming, resulting in the annual release of approximately 108 metric tons of CO2…
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Stanford UniversityCo-Author
- DateAugust 18, 2025DIVISION/COMMITTEE: [CATL: Division of Catalysis Science and Technology]
Organizers
Stanford UniversityCatalytic principles from natural enzymes for design of synthetic catalysts, University of California San DiegoPacific Northwest National LaboratoryNortheastern University - DateAugust 18, 2025DIVISION/COMMITTEE: [CATL: Division of Catalysis Science and Technology]
Organizers
Stanford UniversityCatalytic principles from natural enzymes for design of synthetic catalysts, University of California San DiegoPacific Northwest National LaboratoryNortheastern University - DateAugust 19, 2025Despite the growing demand for green H2, the United States continues to produce 95% of its H2 through methane steam reforming, resulting in the annual release of approximately 108 metric tons of CO2…
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Stanford UniversityCo-Author
