University of Rochester Chemistry announces its 2025 International Student Summer Research (iScholar) Program: https://t.co/ArRvI7FROZ Outstanding international undergraduate (or M.S.) students planning to pursue a PhD in Chemistry in the future are encouraged to apply.
Excited to the see the latest work from @MagaliGimeno20 and @MariaCAguilera_ now out in @angew_chem. Some really cool insights into how to achieve effective alkyl-alkyl cross-coupling with iron. @OxfordChemistry
https://t.co/sBrDBBOpAt
What do mentoring circles have to offer? 🤔 Hear how Camila expanded her network and support system ✨ #WomeninSTEM#Mentorship#Networking
Sign up by April 15th: https://t.co/ku5mHEjUPr
🎉 Congratulations to the winners of the 2024 Merck Underrepresented Chemists of Color Research Award! 🥇👏 Get ready for a great year of mentorship and networking with @Merck chemists! 🌟#MerckChemistry
!! Our group's first publication is now available in the J. Am. Chem. Soc.! We developed a scalable, iron-catalyzed cross-electrophile coupling and used it in a number of applications! We sincerely thank reviewers for strengthening our report. Please join me in congratulating Julius (@Ju_Seme) and Yuanjie! Learn more here, https://t.co/Hx3DI9Kx7p
Pushing Boundaries of Oxidation States with Fe: "Synthesis and characterization of an iron(VII) nitrido complex" 😲😲😱😱🤯 Happy to have been part of this massive work with K. Meyer @SAVJannuzzi@mpicec_press@m_malischewski Finally out @NatureChemistry
https://t.co/SNjqOgqd5J
Check out our recent work shedding light on the mechanism of a myoglobin-catalyzed cyclopropanation reaction. Congrats to lead authors Albert, John, and Rahul! Great collaboration with the @AndoLab@TheNeidigLab and Zhang labs 🎉
https://t.co/RXCI9yAxAz
I am beyond thrilled to share our group's first independent contribution as a preprint. We discovered an iron-catalyzed cross-electrophile coupling and used it for disulfide bioconjugation, drug synthesis, and other applications! Find the preprint here: https://t.co/PhMSbeLNIK
The mighty @GustinIgnacio figured out a way to understand how solvent and individual vibrations contribute to the electronic decoherence of molecules with full chemical complexity!
👉These decoherence pathways finally connect chemical structure with quantum decoherence! 👈2/n
How does a molecule 👉really👈 decoheres in solvent?
In this #justpublished@PNASNews, we developed a strategy to finally elucidate the chemical principles of electronic quantum decoherence!
https://t.co/IaBvZuNGbd
After 10+ years of research…#wecantbelievethisishappening!🧵