New article 🚨 Cool new work on "Lithium-mediated electrochemical nitrogen reduction" in collaboration with Haldrian Iriawan and Prof. Junliang Zhang's group atShanghai Jiao Tong University RLE at MIT #catalyst sciencedirect.com/science/articl…!

A cool set of electrochemical experiments elucidating the processes at play in Li-mediated N2 reduction. Really delighted to have contributed to this work!

I will present in #F21MRS. Glad that the in-person MRS meeting is back :) Leveraging the Inductive Effect to Promote Oxygen Evolution on Oxides and Metal-Hydroxide-Organic Frameworks Time: 12/02, Thu, 10:45-11 am (EST) Location: Hynes, Level 3, Room 312

Happy to also share a list of exciting #F21MRS talks from our group Electrochemical Energy Laboratory, given by Yirui (Arlene) Zhang, Haldrian Iriawan, and others. Looking forward to seeing you all next week!

It was amazing to see you again at #INTERECT!🤩 ▶️Check our recap about the symposia here: news.nanoge.org/it-was-amazing…

Congratulations to EEL's latest grad, Dr. Karthik Akkiraju following the successful of his thesis on "Trends in C-H bond dehydrogenation energetics for small molecule conversion." 🎉🍾 Congratulations Karthik, we are all so thrilled 🎊 DMSE at MIT RLE at MIT

MIT's Electrochemical Energy Lab, led by Dr. Yang Shao-Horn, is centered on understanding the electronic structures of surfaces and searching for descriptors of catalytic activity. We're looking forward to hearing Dr. Shao-Horn's keynote address at NAM27! Electrochemical Energy Laboratory

If you're wondering what our fifth-year PhD candidate Yirui Zhang is working on these days, she's wrapping up a project on coupled ion-electron charge transfer #kinetics. Be on the lookout for an exciting publication soon!😉📜

In honor of admin #appreciation day, we threw a surprise party for our two superstar admins: Sarah McKeever and Stephanie Muto. We're grateful for your unmatched dedication and passion for supporting our students🥰 MIT MechE RLE at MIT

Are you studying N2 activation via electrochemical, thermochemical and photo(electro) chemical catalysis? Check out this Primer for how to evaluate genuine activity and product formation. Electrochemical Energy Laboratory Haldrian Iriawan Suzanne Zamany Andersen Ifan Stephens go.nature.com/3voE9bm

Are you studying N2 activation via electrochemical, thermochemical and photo(electro) chemical catalysis? Check out this Primer for how to evaluate genuine activity and product formation Electrochemical Energy Laboratory Haldrian Iriawan Suzanne Zamany Andersen Ifan Stephens go.nature.com/3voE9bm

The preprint of our new paper is up! So excited to see this shared with the community :) chemrxiv.org/engage/chemrxi…

In a paper published in ACS Publications, DMSE graduate student Haldrian Iriawan and Professor Yang Shao-Horn are using electrochemical processes with lithium and adjusting its surface chemistry to produce ammonia sustainably. buff.ly/4erSyry

Water behaves differently in tight spaces. In an Chemical Reviews paper, former RLE at MIT postdoc Tao Wang, grad student Haldrian Iriawan, and Prof. Yang Shao-Horn explore how confined water can be engineered to enhance catalysis for cleaner energy and fuels. buff.ly/3Q8JtcF

Reactivating Molecular Cobalt Catalysts for Electrochemical CO2 Conversion to Methanol | Journal of the American Chemical Society Massachusetts Institute of Technology (MIT) MIT Chemistry MIT School of Engineering MIT ChemE Dept pubs.acs.org/doi/10.1021/ja…

Kudos to Haldrian and team for their new publication on Assessing the Activity of Transition Metal Oxides for the Electrochemical N₂ Oxidation to Nitrate in ACS Catalysis! Link here🔽 pubs.acs.org/doi/full/10.10…

Nitrogen oxidation reaction (NOR) is a chimera of electrochemistry. If you think you have achieved it without using plasma, the chances are high you have not. A paper by Mattia Belotti in Joule explains why: authors.elsevier.com/a/1k-ui925JEVN… Monash Science Monash Chemistry