Latest from our group now in @ACSCentSci: @jonkephart3 & team uncover that allostery directs reaction chemistry across multiple active sites on a cluster, akin to directing groups in organic chemistry. Read it here: https://t.co/T61JPv8ehT @UWChemistry, @UW_CEI, @uwmemc

I'm excited to share some of our research positioning organometallic reactivity in the context of chemical separations, entailing a new mechanism of cooperative adsorption. Congratulations to all of the authors! https://t.co/kvAClLCuaD

Our latest is out now in @angew_chem! Thermochromism, C-H/O activation & redox transmetalation in a geometrically constrained Bi complex. Congrats to PhD Will Howlett! A collab with @ChrisSlootweg (UV-Vis) and @jasonmasuda (xray). @chemistryatuvic https://t.co/K2zZcEKwoz

@chemistryatuvic is hiring again! Come join us in beautiful Victoria, BC on the Pacific coast! Mild winters, incredible summers, great facilities, & inspiring colleagues (minus me). Asst. Prof. level. Physical, Organic, & Inorganic preferred. https://t.co/FxRz6sNuE5 @Chemjobber

Our next Periodic Table Talk will take place on 11/19. Register here: https://t.co/cj70qfo5E0

Now proofed and typeset - check out PhD student Joe Nazak's paper on a new PN bicycle! Phosphaza-norbornanes. High tunability + modest strain compared to hydrocarbons + nice structures! cc @chemistryatuvic @dalhousie Chemistry https://t.co/koeu1u5mIL Collab with @jasonmasuda

Our next Periodic Table talk will take place on 9/17/2025 12 pm (Pacific), 3 pm (Eastern). Register here: https://t.co/YGH9OsSL7Y

Mark your calendars! Josh Buss (University of Michigan) and Eric Shelter (University of Pennsylvania) will be speaking at the Coordination Chemistry Periodic Table Talks on 9/17/2025 12 pm (Pacific), 3 pm (Eastern). Register here: https://t.co/LjdeZV0usr

⭐️New paper⭐️ Fe-S clusters aren't just NO sensors- direct reduction of nitrite to NO! We've isolated and characterized a thiolate supported mononitrosylated Fe₄S₄ cluster that undergoes facile nitrosylation. https://t.co/hfJMnC2PeY #chemistry #bioinorganic #NOsignaling

We taught one of our old dogs a new trick! Check out this fun example of coordination induced bond weakening via metal-metal cooperativity in @ChemicalScience. Great work Julia and team!

Excited to present our artwork 😎 depicting a formally divalent terbium bis(amide) complex which exhibits slow magnetic relaxation 🧲. It got selected for the Front Cover! Thanks much! Link to the paper: https://t.co/ljzZzumuZL… @GroupDemir @MSUChem @ACSPublications

The NSF Is Being Dismantled — With Broad Implications For The American Economy via @forbes

Exclusive: National Science Foundation staff were told today that the agency’s 37 divisions—across all eight directorates—are being abolished and the number of programs within those divisions will be drastically reduced.

Exclusive: NSF faces radical shake-up as officials abolish its 37 divisions | Science | AAAS

Check out the FY 2026 R&D Appropriations Dashboard, curated by AAAS budget policy analyst @alesszimm, to see the breakdown of the proposed budget:

POTUS released a skinny FY 2026 budget, proposing to drastically cut funding for federal R&D across several agencies. AAAS urges Congress to reject the budget & reaffirm their long-standing bipartisan support for S&T investments. Read the full statement: https://t.co/MRhORlmxMs

Our manuscript describing the synthesis of nanogloves and binding of fullerenes is now published in Angew. Chem. Int. Ed. Congrats to everyone involved in this effort!

In collabo with the Wöhlervereinigung für Anorg. Chemie, we are having our first Global Inorganic Virtual Seminar. We are pleased to host Suzanne Bart (Purdue University) and Sjoerd Harder (Friedrich-Alexander-Universität Erlangen-Nürnberg). Register now: https://t.co/20tM1cDAft

Excited to have the first installment of our high-valent iron oxo chemistry in print at @J_A_C_S! Congrats to first author Chris Hastings and the rest of the team.

Mark your calendars for a thought provoking Solid-State Periodic TableTalks (Wednesday 4/16 at 12 pm PST/ 3pm EST) featuring Maxx Arguilla (@MaxxSolidChem @UCIrvine ) and Susan Kauzlarich (@ucdavis). Register here: https://t.co/HmPMTQHF2B @ACSINORDivision

Pushing the known limits of lanthanide oxidation, chemists have isolated praseodymium (Pr) in the +5 oxidation state. The finding suggests that chemists should shift how they situate lanthanides in the periodic table.