Great chemistry, interesting people, and gorges views. Official Twitter account of the Department of Chemistry and Chemical Biology @ Cornell University.
Honored: @GeoffreyWCoates of @CornellChem was named a co-winner of the prestigious Balzan Prize for his work transforming renewable feedstocks and recovered carbon dioxide into high-performance, degradable and recyclable materials. @CornellCAS https://t.co/YwoxWLusFA
Congratulations to @CornellChem professor Geoffrey Coates! He's been named a co-winner of the @BalzanPrize for his work transforming renewable feedstocks and recovered carbon dioxide into high-performance, degradable and recyclable materials.
https://t.co/Ggp6ycVHdV
The National Institute of General Medical Sciences, part of the NIH, has awarded Cornell University a $2.5 million, five-year renewal of its Chemistry–Biology Interface (CBI) Predoctoral Training Program.
https://t.co/OPMqWsqWBV
In A&S, Gaby Markle '26 found "an environment where changing directions wasn’t seen as a setback, but as a natural part of intellectual growth," which allowed her to pursue research into the molecular principles that govern biological systems. @CornellChem
https://t.co/d17Hqd6riW
Excited and grateful to have been promoted to Professor. Many thanks to the outstanding students and postdocs in my lab and to my colleagues at Cornell and across the #chembio and #lipidtime communities for your continued support!
New paper in collaboration with Dr. Piotr Zelenay! Here we perform X-ray absorption spectroscopy showing that the formed CO during CO2 reduction induces dynamic transformations on Ni single-atoms catalysts resulting in a minor fraction of Ni nanoparticles. https://t.co/u1ixToPXlu
We are very happy to share that our group has received the 2026 NSF CAREER Award to support our research on operando studies of dynamic catalyst evolution under electrochemical operating conditions. We greatly appreciate the strong support from
@Cornell@CornellCAS@CornellChem
"Most fuel cell systems depend on expensive precious metals. How do you walk away from that yet maintain that performance level?"
- 2025 Dreyfus Prize winner Héctor Abruña (@Cornell) explains his groundbreaking work
https://t.co/r0xGfZRkeB
With final examinations around the corner, @CornellAlumni from across the ages share pearls of wisdom on how to best prepare.
Check out the advice at https://t.co/WCzalUmZvZ.
Images courtesy of Rare and Manuscript Collections (@Cornell_Library) or by Cornell University photographers, unless otherwise indicated in the article.
Check out team MOFganic's newest entry, out now in @J_A_C_S! Superstar PhD student Yihuan showed that MOFs allow for dosage delivery of simple fluorinated gases, enabling switchable control over borylated vs iodinated product formation in electroreductive radical reactions.
Our group made contributions to an exciting operando resonant soft X-ray scattering (RSoXS) method. Led by Dr. Cheng Wang at ALS, operando RSoXS can probe buried solid-liquid interface at Angstrom-level resolution. @CornellChem https://t.co/tyi8OwdO8l
New Nano Letters article now online! We report a method for performing operando EC-STEM with rigorous electrochemistry by real-time potential calibration via a metal-bridge strategy with an external Ag/AgCl reference electrode. Here is the link!
https://t.co/LpmqPxpeOL
Why does carbon capture remain essential?
In this episode of Research Matters, @CornellCAS chemist Phillip Milner explains a breakthrough carbon-capture system that uses sunlight—rather than fossil-fuel energy—to both capture and release carbon dioxide, potentially transforming how we tackle emissions.
The conversation explores why carbon capture remains essential, how the technology works in real-world conditions, and what it could mean for the cost and scalability of climate solutions.
Watch the full episode: https://t.co/VcgSjdm2hA
@CornellRsrch@AtkinsonCenter