Our latest perspective with @MathewPreethi and @JunsangCho2 presents latest advances in cation and halide migration in 2D perovskites
Ramifications of Ion Migration in 2D Lead Halide Perovskites | ACS Energy Letters https://t.co/UuL56sdtje
Annual @KamatlabND group dinner at Carmela’s Italian Restaurant. This is also an occasion to say goodbye to @MathewPreethi who is leaving us this week to join Intel. Thank you Preethi for wonderful 5 years @KamatlabND
Two-dimensional Ruddlesden–Popper mixed-halide perovskite films, BA2PbBr2I2, when excited with visible light undergo phase segregation followed by sequential expulsion of I and Br @kamatlab@MathewPreethi
https://t.co/fYoHXh3uGU
Get the Whole Story of Rubrene: Using a combination of pulse radiolytic and electrochemical techniques, we have now explored the transient features of rubrene─a commonly employed triplet annihilator in Upconversion systems. @dubose_jeff@jishnudas_C https://t.co/Dou6WUTbyW
If you've ever wanted to learn the fundamentals of transient absorption spectroscopy, I've just released an intro lecture on YouTube:
https://t.co/9R6OcOp5H0 (Part 1)
It's geared toward beginners / those curious about TA spectroscopy #SciComm
Prashant Kamat, Rev. John A. Zahm Professor of Science at @NotreDame, has been selected to receive two prestigious research awards–the Nanocarbons Division Richard E. Smalley Research Award and the Porter Medal. Congratulations, Professor Kamat!
https://t.co/C5WtUeR3sb
Congratulations to Jeff DuBose @dubose_jeff who is the winner of the 2022 Eli J. and Helen Shaheen Graduate School Award in Science at the University of Notre Dame, @NDscience@ND_Grad. Thanks to @NotreDameEnergy @NotreDame_CEST @doescience
for supporting Jeff's research
When subjected to visible light irradiation, Cs2Au2Br6 nanocrystals eject reduced Au from the lattice to form larger gold nanoparticles and regenerate CsPbBr3.@jishnudas_C work in @JPhysChem Lett - Thanks to @doescience@NotreDameEnergy@NDscience https://t.co/jfhqQ5ElQC