Join us on January 25th, 2025 for the third annual WICTO Symposium: Connecting Through Chemistry! 🧪✨
Sign-up deadline: January 10, 2025 @ 5:00 PM EST
Eventbrite link can be scanned through the QR code, or in the link on our bio!
Excited to see you all there! 🎉
Interested in the latest Communications? Read 'Borane-catalysed C2-selective indole reductive functionalisation' by @SPThomasGroup
Included in ChemComm's 60th Anniversary Collection
#openaccess 🔓
https://t.co/6qYTLXcjOU
This took way more hours than I would like to admit but I am super proud to have our most recent communication featured on the cover of @ChemCommun!!! Thank you to my supervisor @chriscaputoTO for the support and allowing me to be creative!!
On the cover:
'Unlocking Lewis acidity via the redox non-innocence of a phenothiazine-substituted borane'
Hot article from Christopher Caputo and first author @TaylorCosbyy at @YorkUChem 🔥
https://t.co/RlXYYjal0e
Are you interested in main group radicals? Our most recent work on redox active boranes is out now!! This project taught me so many things and I am super happy to see the beginning of the story published!
https://t.co/5EBxzKRvAB
A big head's up! Only two weeks remain if you wish to submit an abstract for a contributed talk (March 1st deadline) in Toronto this August. Follow this link for registration and abstract submission: https://t.co/fBQOyIcjbj Abstracts from younger/junior PIs especially welcomed!
Taylor's @TaylorCosbyy exploration of bis(pentafluorophenyl)borinic acid as a bench stable Lewis acid for hydrosilylation catalysis was reported in RSC Sustainability and represents an exciting area that we continue to grow. https://t.co/VXgt8dd3Kk 5/
Our latest #OpenAccess article in #RSCSustainability by Taylor P. L. Cosby and Christopher B. Caputo is online! Read about Exploration of bis(pentafluorophenyl)borinic acid as an electronically saturated, bench-top stable Lewis acid catalyst here: https://t.co/3IuvaHMgzb
I am over the moon to finally share the work I have been doing in my first two years of grad school! This paper explores how heteroatoms stabilize Lewis acidic boranes and showcases some bench-top stable Lewis acid catalysis!! https://t.co/IzB5zD33lk