Happy International Women and Girls in Science Day! #NUChemistry celebrates the remarkable women advancing research in nanotechnology, biomedical sciences, teaching innovation, and beyond. Your work shapes science today and inspires the leaders of tomorrow. #WomenInSTEM
👂What if we could hear disease?
Hossein Zargartalebi’s powerful @TEDTalks reveals a molecular sensor that monitors protein biomarkers in real time, enabling ultra-early disease detection + adaptive care. A step toward continuous, personalized medicine. https://t.co/E2Gqb3tpDA
New paper from our group! 🚨
Accurate first-principles κL is hard: HA+3ph often isn’t enough. We built a high-throughput workflow (SCPH + 3/4ph + off-diagonal heat flux) and ran it on 773 crystals.
read more👉 https://t.co/P8YmKzrhRR
Crystalline Order Yet Glass-Like Heat Transport Driven by Hidden Local Distortions as the Structural Origin of Ultralow Thermal Conductivity in AgErTe2 | Journal of the American Chemical Society @NUChemistry@NorthwesternU https://t.co/GYhnUp7S64
Just published: “Tailored Ordering Enables High-Capacity Cathode Materials”
We introduce an ordering design framework to unlock high-capacity Li-ion cathodes!
Huge thanks to our collaborators at TRI, especially @steven_torrisi, for their support!
Read more:https://t.co/VXFQMi1mBL
New paper from our group! 🚨
Anomalous stability reversal in Mo-oxides challenges standard DFT+U practices
We demonstrate how U values can alter structural predictions and mislead stability analysis.
📄 read more: https://t.co/jaL8nkEKVd
Big congratulations to Dr. Tzu-Chen Liu on a successful PhD defense today! Your hard work and perseverance have truly paid off. We’re so proud of you! 👏🥳
BaSbTe₂S: Where charge density waves (CDW) and superconductivity go head-to-head in a 2D chalcogenide showdown. A tunable incommensurate structure, a Te square-net with an identity crisis, and superconductivity that must be squeezed out of it..https://t.co/fzI4tUGX2a
Exciting news!
We will be working on a new project supported by @ENERGY INCITE grant and @argonne to perform high-throughput calculations of materials properties at high temperatures!
➡️ Check out the announcement below!
https://t.co/voYb96jDsl
Cover design by @shimajiro_III
Lithium Transport in Crystalline and Amorphous Cathode Coatings for Li-Ion Batteries
By @ChrisWolverton1 et al. @NorthwesternU
Read the paper 👉 https://t.co/58YyJGVZss
Congrats to Prof. Wolverton for being named one of Clarivate's 'Highly Cited Researchers this year!
read more: https://t.co/2eVQWS6YSg
@ChrisWolverton1
Supported by an @ENERGY INCITE grant, Professor @ChrisWolverton1 will collaborate with @argonne to perform high-throughput calculations of thousands of materials properties at finite temperature. https://t.co/V85FvHOIwn
Thrilled to share our collaborative work with @IyerAbishek and @MercouriK on Li₃Sb₇Se₁₂, a new ternary pavonite, published in @ChemMater! Ultralow thermal conductivity (0.53–0.37 W/mK) due to Sb's unique bonding environment 🔥👩🔬 #DFT
https://t.co/9wVl5RqBXN