The first fully independent research paper from my group was published in @angew_chem. Big Kudos to @MajdeckiMaciek who made all these beautiful compounds! Also big thanks to the group of Pi-Tai Chou #NationalTaiwanUniversity for photophysical studies.
https://t.co/DMlWqiPHXB
Check out the cover for the @OrgChemFront issue containing our review on chiral nanographene chemistry. Congrats to first author Hannah Anderson for making the artwork.
Our review on chiral nanographenes is out! We hope that the conjugated organic community find it useful. Thanks to Hannah and Nico who deserve all the credit for putting this paper together.
Check out the 1st paper from our lab - Electrochemical C–F bond activation of trifluoromethylarenes using silylium ions. Now published @ChemCommun. Congrats to Subhojit, Jason, Boris and Eric for their work on this! https://t.co/WqhJO65hAl
Congratulations to Dr. John Anthony -- @SEC Faculty Achievement Award Winner for the @universityofky!
Learn more about Dr. Anthony: https://t.co/1TT0NAIW7c
#ItJustMeansMore x #BBN
✅ organic semiconductors
✅ energy storage & batteries
✅ data, machine learning, and automation
✅ chemical education
Headed to Indy next week to attend #ACSSpring2023? Be sure to check out the 16(!!!) presentations from @riskolab across the meeting.
A good day to drop and celebrate a couple of papers: #2 @D3TaLES collab. with @shawchem, @CraigMTeague, & great grads and undergrads with CV and MD studies on how extreme conc. impact properties of materials for non-aq. redox-flow batteries #battchat https://t.co/W5g3YT3uym
A good day to drop and celebrate a couple of papers: #1 @vinayak_bhat_ in collaboration with Baskar G. developing a suite of ML models to predict intermol. electronic couplings for fully ML-predicted mobility anisotropy in OSC - funded by @NSF#DMREF
https://t.co/6aEQ3X6oAI
Nanographene Cathode Materials for Nonaqueous Zn-Ion Batteries https://t.co/9N9gXQpRmR via @IOPscience. Thanks to the Barile group @UNRScience that did all of the work!