Delighted to share another work from my time with @brucegroupox out now in EES
We look at how multi-length scale disorder shapes Li-ion transport in lithium argyrodites!
Fun combination of x-rays @DiamondLightSou and neutrons @ILLGrenoble !
https://t.co/0KYfmeT1mY
Check out Emily’s paper in @ACSMatLett on Li₂OHBr-derived glass solid electrolytes! Key takeaways: [1] hard to make (we used twin-roll quenching) [2] improved ion dynamics [3] unstable under pressure. https://t.co/QPio7j51l0
I'm on the job market! I use ultrafast optics + x-rays and cutting-edge simulations + ML/AI to see and engineer chemical dynamics and processes: transport, synthesis, catalysis. How fast can we move ions to make clean energy work? I'm at #AIChE2024, poster and talk in next post👇
📣 @FaradayInst Early Career Researcher (ECR) Collaboration Awards deliver impact!
A great initiative for ECRs to engage in independent research as lead applicants 🔋
Find out how: https://t.co/uP4iAILPxq
Check our Hua’s paper in @CellRepPhysSci where we [1] investigate high-entropy argyrodites as electrolytes in solid-state Li-S batteries [2] identify Li5.7PS4.7Cl0.65Br0.65 as a promising composition [3] show that low local porosity results in increased CCD
Monitoring electrolyte loss and degradation, a widely known battery problem, with ultra-low field NMR. Grateful for this wonderful collaboration with the Budker lab and for the awesome work by Anne, Roman, @teleanuflorin , and others!!! https://t.co/3yRMNFoSa3
DPhil student Mengjiang Lin talks about how her research is helping to improve energy storage materials and her experience as an EPSRC ICASE student. @12313_472146701 @OxfordMaterials@OxInst@UKRI_News https://t.co/XVWxDRGELP
We are looking for a #FUSE2024 intern to help us understand interphases in solid-state batteries, please see how to apply here: https://t.co/qLTjF4LQ1i Feel free to get in touch if you have any questions!
Deadlines are approaching for Faraday Undergraduate Summer Experience #FUSE2024 internships!
Apply now https://t.co/BDwro0hKp9
8 week paid quality research experience with experts in the #battery field🔋
Watch the video of #FUSE2023 interns from #Faraday2023 conference ⬇️
Voltage fade is a tricky problem for Li-rich cathodes. In @JJMarie13's latest paper, we follow the oxygen redox reaction to uncover how voltage fade arises. Take a look at @NatureMaterials and watch this space for more from the @CATMAT_FI team soon. https://t.co/KPghvHNfYO
Q. Do Ni-rich cathodes form trapped O2 within them when charged in Li-ion batteries?
A. We believe so, and in our latest work we show how. 👇
Credit to @MJuelsholt and Jun Chen for driving this work as part of the @FaradayInst's @CATMAT_FI project. https://t.co/biOg7Gqqf7