Materials Virtual Lab

materials, coding, ai, energy, battery, phosphors

[ACS Materials Letters @ACSMatLett]

We are thrilled to welcome our new Associate Editor, Prof. Shyue Ping Ong @materialsvrlab @UCSDJacobs! His group focuses on data-driven materials design, first principles calculations, materials informatics, machine learning, and artificial intelligence: https://t.co/yJEcECV00p

[Materials Virtual Lab @materialsvrlab]

Better predictions on valuable materials properties can be made by using diverse data sources.

https://t.co/SrXzVZcRXT

[UCSD Engineering @UCSDJacobs]

New research from @UCSanDiego nanoengineers included in the 1st edition of @NatComputSci! The @NANO_UCSD @materialsvrlab showed they can accurately predict the properties of materials (including disordered materials) using a mix of low & high quality data https://t.co/yyhisMqRYI

[Materials Virtual Lab @materialsvrlab]

Cation mixing in Na3PnS4-Na4TtS4 results in worst of both worlds for electrochemical stability but can improve ionic conductivity and moisture stability. https://t.co/4y7AtAIkD4

[Materials Virtual Lab @materialsvrlab]

High-entropy Na-ion cathodes exhibit low diffusion barriers and high rate capability. https://t.co/5Y4mHtL0GB

[Materials Virtual Lab @materialsvrlab]

High-entropy Na-ion cathode https://t.co/5Y4mHttpP3

[Materials Virtual Lab @materialsvrlab]

Joule & Energy and AI Symposium https://t.co/99mMVSyvuy

[Materials Virtual Lab @materialsvrlab]

ASTAR Webinar on The AI Revolution in Materials Science https://t.co/42GwDgGgUo

[Nature Portfolio @NaturePortfolio]

Lithium-rich disordered rocksalt metal oxide cathodes have long been investigated as battery cathodes. Research published in Nature shows that they also have potential as an anode material for fast-charging batteries. https://t.co/kXYaUfXSGk

[Materials Virtual Lab @materialsvrlab]

Disordered Rock Salt Anode for Fast-charging Lithium-ion Batteries https://t.co/3MTI68pLp1

[Materials Virtual Lab @materialsvrlab]

Design Principles for Aqueous Na-Ion Battery Cathodes https://t.co/DFzrO1sTog

[Materials Virtual Lab @materialsvrlab]

Predicting Thermal Quenching in Phosphors https://t.co/F3qH3AVDRw

[Materials Virtual Lab @materialsvrlab]

Nature Energy article on Ultrafast Ion Transport at a Cathode–Electrolyte Interface https://t.co/NQJNBSJsfU

[Materials Virtual Lab @materialsvrlab]

Complex Strengthening Mechanisms in Multi-Principal Element Alloys, aka High-Entropy Alloys https://t.co/28OKawCg18

[Materials Virtual Lab @materialsvrlab]

Random Forest Models for Coordination Environment from XANES https://t.co/r2Nhsga8d5

[Materials Virtual Lab @materialsvrlab]

Genetic algorithm-guided deep learning of grain boundary diagrams https://t.co/a6VEK76TXV

[Materials Virtual Lab @materialsvrlab]

Chemical Reviews on Rechargeable Alkali-Ion Battery Materials: Theory and Computation https://t.co/sNrb1pRegu

[Materials Virtual Lab @materialsvrlab]

Critical Review of ML in Energy Materials https://t.co/QYvDvsRgzl

[Materials Virtual Lab @materialsvrlab]

Performance and Cost of Machine Learning Interatomic Potentials https://t.co/XmIXwATpdn

[Materials Virtual Lab @materialsvrlab]

Grain Boundary Database https://t.co/8PdxuNEUdW