2021 roadmap on lithium sulfur batteries
James B. Robinson(Associated Press), Paul R. Shearing(University of Oxford), Robert C. T. Slade(University of Surrey), Mauro Pasta(University of Oxford), Monica Marinescu(Imperial College London), Michael Cornish(The Faraday Institution), Eleftherios I. Andritsos(University of Surrey), Conrad Holc(University of Nottingham), Nivedita Kulkarni(The Faraday Institution), Constantina Lekakou(University of Surrey), Lee Johnson(University of Nottingham), Nuria Garcı́a-Aráez(University of Alicante), Samuel D. S. Fitch(The Faraday Institution), Graham N. Newton(University of Nottingham), Dan J. L. Brett(Google DeepMind (United Kingdom)), Andrés Parra-Puerto(The Faraday Institution), Gregory J. Offer(The Faraday Institution), Liam Furness(The Faraday Institution), Zhuangnan Li(Chinese Academy of Sciences), Anthony Kucernak(Molecular Sciences Institute), Daniele Di Lecce(The Faraday Institution), Rhodri Jervis(Advanced Propulsion Centre), Thomas S. Miller(Advanced Propulsion Centre), Zachary Lee Brown(University of Oxford), Andrea C. Ferrari(University of Cambridge), Manish Chhowalla(University of Cambridge), Rhodri E. Owen(University College London), Shumaila Babar(University of Surrey), Qiong Cai(University of Surrey), Alexander J. E. Rettie(ECSI Fibrotools (United States)), Carol Crean(University of Surrey), Neil R. Champness(University of Birmingham), Sébastien Liatard(Culham Science Centre), Maria‐Magdalena Titirici(Tohoku University), Liam Bird(University of Cambridge), David Ainsworth(Culham Science Centre), Kai Xi(University of Cambridge), Heather Au(Imperial College London), Clare P. Grey(University of Cambridge), Foivos Markoulidis(University of Surrey), Teng Zhang(Southwestern University of Finance and Economics), Darren A. Walsh(The University of Texas at Austin), R. Vasant Kumar(University of Cambridge), Alexander J. Kibler(University of Nottingham)
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