Congratulations to Frank Huo and @HuoGroup
for publishing their new theory on how quantum effects influence chemical reactions
It's the culmination of 5 years of work on a quantum jigsaw puzzle that has long baffled scientists!
#URochesterResearch https://t.co/yDdePTszX0
Theoretical Insights into the Resonant Suppression Effect in Vibrational Polariton Chemistry | Journal of the American Chemical Society @UofR https://t.co/PTAYQg7W6F
Excited to share this work aiming to explain vibrational strong coupling induced polariton chemistry with @SebMontillo@wenxiang_ying https://t.co/d57HbxWpeU. The analytic theory gives rise to key features of the VSC experiments.
Today, my first optics Ph.D. @MikeTaylorOptic graduated! Mike is an NSF GRFP recipient. His thesis work is related to the quantum theory of light-matter interactions. Mike will head to Los Alamos National Laboratory for his postdoc! Super proud of your achievement!
Today, @wenxiang_ying from my group successfully defended his thesis. Wenxiang's work profoundly impacted our group's way of thinking about molecular polaritons. Wenxiang will head to UPenn and work with the legendary Abe Nitzan for his postdoc. Wenxiang, we'll for sure miss you!
I’m thrilled to share that I will be joining the Department of Chemistry at the University of Rochester as an Assistant Professor! So thankful for this opportunity and excited about expanding the field of biocatalytic synthesis!
Super proud to see @BradenMWeight being recognized by this award for his Ph.D work! Nice collaboration with @KraussLabUR, @weixgroup, and Zac-Tonzetich through our Polariton CCI. Also, huge congrats to Alana Huynh from @Kara_L_Bren group and @ItsBenPartridge group!
Congrats to both Alana Huynh and Braden Weight for winning the Best Natural Sciences Poster at the University’s 2025 Graduate Research Day! Learn more about their research: https://t.co/DM9WXTeFy7
Congrats to both Alana Huynh and Braden Weight for winning the Best Natural Sciences Poster at the University’s 2025 Graduate Research Day! Learn more about their research: https://t.co/DM9WXTeFy7
With the relationships between all the most popular polariton Hamiltonians clearly derived in one place, cavity polariton theory becomes more accessible for both new and established researchers. @HuoGroup
Learn more 👇
https://t.co/6vW7Ss7bvQ
Today, Braden Weight (Ph.D in Physics) defended his thesis and graduated! Braden is my first Physics Ph.D. (and the 4th one in our group)! One of the highlights of his work is actually published in @J_A_C_S ! Braden, great job! Really excited about your next Chapter at LANL!
Yijing was my faculty mentor at @hkust -a brilliant mind in open system quantum dynamics and one of the most rigorous theoretical chemists I’ve ever met! Grateful to @JChemPhys for this special issue in his honor-proud to be a guest editor. Please consider submitting your work!
Excited to share the first publication from the Son group! We discuss how ultrafast spectroscopy can help unravel the exciting photophysics that take place in exciton-polaritons. @chemphysrev@BUChemistry https://t.co/bfja9FXz4R
University of Rochester Chemistry announces its 2025 International Student Summer Research (iScholar) Program: https://t.co/ArRvI7FROZ Outstanding international undergraduate (or M.S.) students planning to pursue a PhD in Chemistry in the future are encouraged to apply.
Generation of CdSe nanoplatelet exciton-polaritons at room temperature demonstrates these nanoparticles have excellent potential for future quantum based technologies. @KraussLabUR
Learn more 👇
https://t.co/1HbuBuuJL4
The second paper in our group published in JCP! Here, we explored a novel mechanism for polariton linewidth broadening in Fabry-Pérot cavities: symmetry breaking of density distribution along the cavity mirror plane. Can we observe it experimentally?https://t.co/XncGDGgydB