
Alyah Chmiel
@alyahchmiel
PhD student in the Wickens Lab at UW-Madison | UMich alum (Stephenson Lab & Garner Lab)
ID: 1402842216574423041
10-06-2021 04:17:11
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174 Followers
252 Following



It’s an absolute honor to be selected for a 2022 Sloan Fellowship! Congrats to the whole Wickens Group for getting us here. You all have been wonderful to work with and this fellowship is a recognition of your incredible efforts and insights!

Our second paper of 2022, published on Twosday 2/22/2022, is about double stereodifferentiation in dual catalytic [2+2] photocycloadditions, with two great collaborators (Toste Group and Christine Le) pubs.acs.org/doi/full/10.10…



So excited to have been selected!! Thanks Zach Wickens and the rest of the Wickens Group for help with the app. Can’t wait to attend the BMS symposium next spring!

Congratulations to Wickens Group's superstar grad student Aliyah!




#ProcterPOW: Zach Wickens reports the deoxygenation of alcohols by benzoylation and 💡catalyst initiated reduction by formate radical anions. Acid-promoted C-O fragmentation🔓then leads to alkyl radicals that undergo HAT from formate to propagate the chain!🔗👇


Practical and General Alcohol Deoxygenation Protocol (Wickens) Wickens Group Oliver Alyah Chmiel Myriam Mikhael Charles Yeung Zach Wickens #openaccess onlinelibrary.wiley.com/doi/10.1002/an…


The most popular articles among readers in April include contributions by Pedro Merino Matson Lab The Schulz Group Wickens Group CarlssonLab @DelemotteLab BertWeckhuysen Leonori Lab Koji Kubota See more ow.ly/hEZ250Ok6il


Thank you to UW-Madison Chemistry students for joining our second annual UW–Madison + GSK Symposium! Prof. Levin from The University of Chicago discussed single atom skeletal editing. Scientists, Nikki Goodwin and Heather Hintz discussed #drugdiscovery, #collaborations, and #chemistry careers.

Interested in learning more about potent photoreductants 👀? Don’t miss our exceptional fifth-year Alyah Chmiel talk this Sunday at ACS!!


Check out our latest work J. Am. Chem. Soc. leveraging electrophotocatalysis to access ketyl radicals! We found polycyclic aromatic hydrocarbons are a uniquely competent class of catalysts, which enabled our group's first non-fragmentation based reduction strategy bit.ly/48j9E8v
