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On the topic of microenvironments🔬: in this work, led by the Agapie Group Caltech Chemistry & Chemical Engineering, high throughput CO2 reduction data🥽🔢 elucidates scaling relationships for CO2R on Cu that can be broken💔by organic additives to achieve high C2 product selectivity! pubs.acs.org/doi/10.1021/ac…

Hot off the Press Nature Reviews Chemistry: "The case for data science in experimental chemistry: examples and recommendations." describing outputs of an U.S. Department of Energy workshop on #ML/#AI/#data can enhance experimental #chemistry nature.com/articles/s4157… 1/5

ICYMI: Last week we unveiled our new StoryMap about the Liquid Sunlight Alliance and making carbon-neutral solar fuels ☀️ ⛽️ with Rajiv Ramanujam and Oyinkansola Romiluyi Check out the recorded event and the story: bit.ly/3KzHl8n Liquid Sunlight Alliance Berkeley Lab

Recently, Annie Greenaway et al. used simulations 🖥️ and experiments 🧪 to show that ZnTiN2 is a promising candidate for photoelectrochemical 🔋☀️ CO2 reduction! NREL John Gregoire Persson Group Andriy Zakutayev @AdeleTamboli Read more here: pubs.acs.org/doi/10.1021/ja…

An overview of TRI-supported fuel cell catalyst research was just published in @ees_journal. If you're interested in perspectives on organizing a research consortium, on why future ORR science should focus on durability, or how AI fits in, check it out! doi.org/10.1039/D2EE01…

High throughput discovery of enhanced visible photoactivity in Fe–Cr vanadate solar fuels photoanodes - a promising path toward #solarfuel technologies, from John Gregoire, Lan Zhou, and Dan Guevarra Liquid Sunlight Alliance Caltech doi.org/10.1088/2515-7… via IOP Publishing

Excited to be part of the “Center for Closing the Carbon Cycle” (4C) led by ⁦⁦@icjennikins⁩. We 4C a more sustainable world 🌎 via the capture and transformation of CO2 👊! Thanks ⁦David MacMillan⁩ for being on our advisory board! energy.gov/articles/doe-a…

We remembered our dear friend Dr. Manny Soriaga during the introductory remarks of The Chemistry of Solar Fuels symposium at SERMACS2022 He was the first to agree to help organize this symposium. He would have been thrilled to come back to PR. American Chemical Society #sermacs2022

🚨 A NEW MANUSCRIPT 🚨 by John Gregoire's group used high-throughput screening to survey ternary antimonates (X-Sb-O) as photoanodes for solar fuels generation! They surveyed 14 elements (X) with 5,608 EQE measurements... 👀🔥 Caltech pubs.acs.org/doi/full/10.10…

On Friday I received the most humbling news that I’ve been TENURED UC Davis @ucdchem! I’m overwhelmed with joy and gratitude. As a #firstgen raised in a low-income single-mother household, #LatinXchem Prof, can't help but be immensely proud of the village that got us here! (1/4)

Hydrodynamics Change Tafel Slopes in Electrochemical CO2 Reduction on Copper pubs.acs.org/doi/10.1021/ac…

The titans of combinatorial synthesis laid a strong foundation for the next generation to reach new heights, especially with visionaries like Acceleration Consortium (AC) . Many thanks to Jay Hattrick-Simpers and the editorial team, who helped shape the paper.

In the theme of understanding transport effects on kinetics, take a look at this article from John Gregoire, as well as the Agapie, Peter’s, Atwater Group on determining the effects of hydrodynamics 💦on apparent kinetics in CO2R over Cu catalysts! pubs.acs.org/doi/10.1021/ac…

Focus on Data-driven automated synthesis nature.com/collections/dd… Q&As w Mimi Hii Imperial Chemistry Andy Cooper Comments @procrastiprof Mahshid Ahmadi Reviews Milad Abolhasani E. Kumacheva Group John Gregoire N&V Adam Gormley RHs on Abigail Doyle UCLA Chem & Biochem + Connor Taylor @AlexeiLapkin

In our next Advance Article Guevarra, Gregoire et al. present Hierarchical Experimental Laboratory Automation and Orchestration with asynchronous programming (HELAO-async). Read more: doi.org/10.1039/D3DD00… #openaccess

My group has written a lot of instrument control software over the past 12 years. While all of it has been useful to us, this is the first piece of software that we believe solves a broad outstanding challenge for accelerating science. Open source git repo with a minimal demo!

Thanks! DOE Office of Science sponsored the development of this instrument and its deployment. We aim to distinguish atom-based and performance-based stability with this high-throughout system. Data-driven models can approximately describe the near-surface composition of an electrode!

Excited to announce I have moved to Caltech to work in Manthiram Lab the HTE lab of John Gregoire supported by a TheLindemannTrust fellowship!

Check out "Automated monitoring of electrocatalyst corrosion as a function of electrochemical history and electrolyte formulation" by Ken Jenewein, Serhiy Cherevko, John Gregoire, & co! Read the #OpenAccess communication here 👇 buff.ly/3T95YQE