🚨Check out this new preprint https://t.co/2MELMk5N9x by @Parihar_chemist of @Goldman_Group at @RutgersChem reporting (iPrPCP)IrH+ for dehydrogenation, hydrogenation & H/D exchange with unusual selectivity. Proceeding via a novel mechanism of C-H addition & beta-H elimination.
Check out Sriram's latest article in @Orgmet_ACS on the unexpected ligand swap in a Co(II)-P2N2 complex reacting with air — very cool oxygen-induced behavior!
https://t.co/sSkHNMbJrL
Wouldn't it be great to take common waste plastics like PE and PP and break them back down to high value building blocks? We're excited to share our new method using base metal catalysts in @ScienceMagazine!
https://t.co/nt0cLWmb01
Our work on isolable Ni-Alkyl complexes for alkyl-alkyl cross-coupling reactions is now out in @Nature!
Scope, mechanism, and more in another great collaboration with @DipaKalyani1 and @Merck. Congratulations to the entire team!
https://t.co/VI9s0upKSU
Big congrats to Soham! I'm excited about this work in pincer ruthenium catalysis. It's a cheaper metal than iridium, has shown exceptional reactivity under some conditions, and has both diamagnetic and paramagnetic cycles, its chemical symbol is Ru for Rutgers University...
Huge thank you to all our participants for joining us last week at the inaugural Electrocatalysis Workshop at @RutgersChem! Special shoutout to @Pine_Research and our student instructors for making it an amazing three days of #electrochemistry!
And don't miss @Minzhu_Zou's other new article in @DaltonTrans! We show how the site of electrophile addition to a cobalt complex depends on the electrophile type. Very elegant work!
https://t.co/3wEa8wQkdn
Congratulations, Clark Landis, on your well-deserved retirement! Your dedication to advancing chemistry and everything you've given to this university will always be remembered. Thank you for everything! #Retirement#Congratulations#UWChem
Kinetic Isotope Effects and the Mechanism of CO2 Insertion into the Metal-Hydride Bond of fac-(bpy)Re(CO)3H | Inorganic Chemistry https://t.co/N3eR0TdcJZ Hasanayn and co-workers @InorgChem#rhenium#KIE#CO2#insertion#metal_hydride#TS2
In this recent contribution in @Orgmet_ACS, @Goldman_Group at @RutgersChem compares (pincer)IrX2 complexes with those of (pincer)IrHX, and explores why the dihalides are surprisingly rare. Please have a look https://t.co/J6jtCghRDN @alansgoldman @Ashish24934821
A major team effort (Rutgers, UNC and AUB)! Synthesis and multi-pronged study of a new Mo catalyst for N2 to NH3 yields deeper insight into the workings of such catalysts. Congrats team leads @random_chemist @souvik_mndl@SamuelZhou5 https://t.co/L7YbMQuoh2

Why (Pincer)IrX2 are rare compared to (Pincer)IrHCl? Have you seen zundel cation crystallized out in an organometallic complex? @Ashish24934821 answers these questions in this recent preprint from our lab https://t.co/fUlldH3KzC
Congratulations to Prof. Clark Landis on his retirement!
Join us for a celebration.
May 20, 2024
3:30 p.m.
Seminar Hall & North Tower Atrium
https://t.co/EBbJdsWx6p
Here's part two of our investigations into bicyclo[1.1.1]pentylphosphine chemistry. Our goal this time was an entry into Bcp₂PX chemistry that didn't require PH₃. https://t.co/2Fw39j2ZNa
Curious about electrochemistry? Want to explore cyclic voltammetry & controlled-potential electrolysis hands-on? Join us for the Electrocatalysis Workshop @RutgersChem, July 29-31, 2024!
Apply now: https://t.co/WAXrjRGXvu
@Pine_Research#Electrochemistry
Our work on electroreductive XEC from isolable Ni(aryl) complexes with @DipaKalyani1 is now online in @NatureChemistry! Great job everyone! https://t.co/WOPffPYDPX