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Charles L. Kane
![Kane receiving the [[Physics Frontiers prizes]] in 2013](https://upload.wikimedia.org/wikipedia/commons/6/60/Charles_L._Kane.jpg)
Kane is notable for theoretically predicting the quantum spin Hall effect (originally in graphene) and what would later be known as topological insulators.
He received the 2012 Dirac Prize, along with Shoucheng Zhang and Duncan Haldane, for their groundbreaking work on two- and three-dimensional topological insulators. In the same year he was also chosen for the inaugural class of Mathematics and the Physical Sciences Simons Investigators. He also shared one of the 2013 Physics Frontiers prizes with Laurens W. Molenkamp and Shoucheng Zhang for their work on topological insulators. In 2018, he shared the Frontiers of Knowledge Award with Eugene J. Mele. In 2019, was recognized with Breakthrough Prize in Fundamental Physics with fellow University of Pennsylvania professor Eugene Mele, again for work on topological insulators. Provided by Wikipedia