Check out this hot, new manuscript by @ktluedecke and Ryan Hadt! 👀 #teamporphyrin #photodynamics

Last week, we celebrated our researchers and their amazing accomplishments this year, and we planned our steps moving into 2023! Thanks for the great reunion in Asilomar 🧡❤️💛

Also, check out Dr. Virgil Andrei and Inwhan's work in Science Advances on #nanowire #photochemical diodes for artificial photosynthesis! science.org/doi/10.1126/sc…

First paper from Yang Group - UC Berkeley is out in Science Advances! 🥳 A pleasure to write this in-depth discussion with Inwhan, and great opportunity to learn more about #nanowire #artificial #photosynthesis! College of Chemistry UC Berkeley Kavli Energy NanoScience Institute (ENSI) Berkeley Lab science.org/doi/10.1126/sc…

Exciting work from the Ager Group Berkeley Lab! Look forward to more work from LiSA in 2023!

This view... 😍

Faradaic efficiency measurements are a crucial component of #electrocatalysis research. Adam Nielander and I were invited to share a few recommendations for reporting these measurements. Please share and let us know your thoughts! rdcu.be/c6EpB Liquid Sunlight Alliance

Check out this article out in RSC Energy Journals by Annette Böhme in the Atwater Group for all of your local pOH imaging 📽️ needs!

Another exciting article on imaging from LiSA! Check out this article from James Utterback at LBNL on imaging ion transport without optical labels. Out now in ACSEnergyLett!

Check out this work from Alex King Berkeley Lab on continuum modeling of MIS Photoelectrodes! ☀️

It was great to see members of our early-career Sunrise Network leadership team as full participants in our Annual Program Review!

Successful back to back ONR and DOE project reviews this week. Group alum Annie Greenaway leading excellent work at NREL in Liquid Sunlight Alliance, and made surprise visit to NSL group meeting at Caltech.

Check out this work from the Bell, Weber, Xiang, and Atwater Group at Berkeley Lab and Caltech on employing bipolar➕➖ membranes for electrochemical 🔋carbon capture🫧, now up on Chemrxiv! Another great example of Team Science👏 in LiSA.

Exciting work from Chanyeon Kim and Alex King shows how to codesign a Cu/TiO2/p-Si photocathode for generating ethylene from CO2,💧, and ☀️ 4x enhancement in ethylene generation is achieved with optimized thicknesses and ionomer bilayer ☀️ ➡️ ⛽️

Think twice before using Tafel analysis for⚡️electrochemical CO2 reduction⛽️! Check out this new work from the Bell, Weber and Manthiram Lab on a new technique for kinetic parameterization that uses data science tools 📉 and continuum modeling to extract kinetics from experiment!

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…

In evaluating CO2 reduction kinetic data (eg Tafel), mass transport convolutes comparison across systems. In Joule, we show transport modeling & data science yields robust kinetic fits 👩‍🏫 Congrats Justin Bui & Kaitlin Corpus on a tour de force! 🦾 cell.com/joule/fulltext…

Stable, efficient and catalytically selective :) My paper on TaOx ETLs for CO2 reduction photocathodes is published in JMC A Liquid Sunlight Alliance Berkeley Lab pubs.rsc.org/en/content/art…