Researchers from Japan have made a groundbreaking discovery by developing highly conductive, new organic ionic plastic crystal-based solid electrolytes for use in rechargeable batteries. By harnessing the power of Material Informatics (MI), they delved into the realm of highly conductive organic ionic plastic crystals (OIPCs). Through the creation of a training dataset using chemical structures and conductivity data from OIPC-related literature, they were able to validate the prediction accuracy of the MI model on two test compounds. The results of the validation proved that the prediction accuracy significantly improves when the training data includes similar chemical structures.
Material informatics for the development of high-performance solid electrolytes
Revolutionizing the field of rechargeable battery technology.
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