Guest Seminar - New Exploration of the Energy Storage Mechanism for Rechargeable Battery Based on the Quantum Theory
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Understanding electron behavior is crucial in secondary battery research, as electrons directly participate in electrochemical reactions. The classic theory has provided valuable insights for optimizing the structure and performance of battery materials. However, due to its reliance on complex atomic and molecular orbitals, as well as orbital hybridization theories, the theory is not easy to be handled and difficult to intuitively understand. This study focuses on utilizing the crystallographic analysis and first-principles high-throughput quantum calculations to investigate the electrochemical behavior of the secondary batteries.
Shuquan LIANG is a Professor at Central South University and a leading scientist in advanced new energy materials. He has received national and provincial-level scientific awards, including the Sir John Monash Medal for Engineering at Monash University, Australia. Prof. LIANG has published 523 papers in leading international journals, with nearly 100 recognised as highly cited papers. His work has been cited 50,955 times, and his h-index exceeds 116. He has been repeatedly named a Clarivate Highly Cited Scientist in Materials Science.