Free Grad App Week is next week - October 6-10. Those interested in UA Chemistry graduate school (PhD/MS) can apply for free with qualifying GPA. Details here: https://t.co/JfG1yXn2WS
Recent work from @lizpapish@SzilvasiGroup: Cobalt(I) CNC pincer complexes for CO2 hydrogenation to formate. 40,000 TON with rate acceleration due to Lewis acid Li+ and DBU base.
https://t.co/1r2Wu97GUw
Iridium Dihydroxybipyridine Complexes are Effective Catalysts for Hydrodeoxygenation of Vanillyl Alcohol in Water. Please see the latest in @Orgmet_ACS from @lizpapish and team, of interest for boosting biomass utilization https://t.co/dE0bJMQxFO
Ru CNC pincer complexes are self-sensitized highly active & robust photocatalysts for CO2 reduction & mechanistic study (TAS, SEC, DFT) reveals that CO2 binding is fast but C-O cleavage is slower. @utnhammer@cedwinwebster @DelcampGroup @lizpapish@NSF@UAChemistry
Seeking students interested in postdoc@my lab. No funds yet, but I'll sponsor someone for the NIGMS Research Supplement to Support Diversity (e.g. US citizens & URM, women). Email [email protected], subject "NIGMS diversity postdoc". https://t.co/APE5AcO9X7 #chempostdoc
Seeking students interested in postdoc@my lab. No funds yet, but I'll sponsor someone for the NIGMS Research Supplement to Support Diversity (e.g. US citizens & URM, women). Email [email protected], subject "NIGMS diversity postdoc".
https://t.co/APE5AcO9X7 pls share
Seeking students interested in postdoc@my lab. No funds yet, but I'll sponsor someone for the NIGMS Research Supplement to Support Diversity (e.g. US citizens & URM, women). Email [email protected], subject "NIGMS diversity postdoc".
https://t.co/APE5AcO9X7 pls share
New work from my group in @RNABiology. Understanding details of target recognition by type III systems. Important for basic science and CRISPR-Dx development. Great job @SarahKhweis
Our latest Co(I) paper - low valent cobalt as a photocatalyst for CO2 to CO reduction - and phosphines accelerate catalysis in multiple ways! https://t.co/zU2nuUCUmg