Now out in @NatureMaterials: Computational modelling of phase segregation and formation of nanoconfined fluid O2 at the top of charge in Li-rich Li1.2Mn0.8O2. Lovely work from Kit.
https://t.co/rBtdxCTapd
It's exam season!
A gentle reminder that reading notes and highlighting isn't useful, and that you need to self-test, space your revision, and interrogate your understanding.
(All of this works super well in a study group, which also makes it social!)
https://t.co/MfOJXdPgwM
Celebrating solid electrolyte materials and understanding of defects in @ChemMater best papers symposium. Great talks by @ClementGroupSB and A. Squires. #ACSSpring2024
PLEASE RETWEET: Two postdoctoral postions available using Computational Chemistry techniques on emerging cathodes for Li-ion batteries @UoBChemistry, as part of the @FI_Futurecat project. https://t.co/PYRk4APB4r
We show that you can train an ML force field from the relaxation trajectories used to construct a cluster expansion model.
This force field can then be used to calculate vibrational free energies at very low cost, leading to more accurate simulated phase diagrams.
🔋 Next Friday is the deadline to register for our 1st Annual Symposium for Advanced Battery Materials!🔋
Details of our event, and how to register here:⬇️
https://t.co/9QOGIWrirT
New preprint: cubic-BaSnF4 appears to be a simple fluorite using XRD, but a closer look reveals coupled lone-pair–fluoride-ion dynamics and massive fluoride-ion disorder: https://t.co/yj0u6WJP6l
@haahr_larsen @an_drewmcc This might just be in my immediate research area, but I often see diffusion coefficients from MD reported without uncertainties (and those papers that do often don’t say how those uncertainties are calculated) making it impossible to draw quantitative conclusions from the data.
New preprint / collaboration with @an_drewmcc → Using approximate Bayesian regression to accurately estimate diffusion coefficients and their uncertainties from MD simulations. https://t.co/O84A6L0vAT
📢Fully funded PhD in computer modelling of novel fluoride-ion battery materials based at @UniofBathSci@BathChem with @bjmorganj in collaboration with me at @OxfordMaterials.
*Please retweet - thanks*
Info & online application (deadline 31-May) https://t.co/8t1d29AGQw
@Robert_Palgrave APS. Give them the URL for your arXiv pre-print, and it just slurps in the manuscript. Plus, actual copy-editing during the proofing stage, and they haven't switched to an awkward online proofing platform.