Lithium-ion batteries have become abundant in modern life, powering everything from our smartphones to electric cars. However, the efficiency and performance of these batteries are limited by the materials they are made of, making the realistic simulation and development of battery materials a critical area of research. In a recent paper titled “Ab initio study of lithium intercalation into a graphite nanoparticle,” researchers from the University of Southampton and BIOVIA presented a novel approach to simulating the charging process of graphite-based anode materials.
If you would like to learn more about this research, read the scientific study.
Felix HANKE
Felix Hanke is a Senior Scientific Software Developer in the BIOVIA brand and a fellow of the BIOVIA Science Council. He develops quantum mechanical methods in the Materials Science portfolio and works on multiscale simulation techniques, particularly on batteries.
Felix Hanke is a Senior Scientific Software Developer in the BIOVIA brand and a fellow of the BIOVIA Science Council. He develops quantum mechanical methods in the Materials Science portfolio and works on multiscale simulation techniques, particularly on batteries.
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