ICYS

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(China)(France)(Russia)(Japan)Revealing the fundamental mechanism of solid electrolyte interphase regulating lithium behaviors for the development of advanced lithium metal batteries.Creation of an initial material specification and establish rules to understand, predict and use the process influence on metal sulfides for enhancing their native properties and develop novel functional ceramicsMachine learning assisted development of high-performance magnetic materials for green energy conversion applications and data storageResearch on novel phenomena and functionalities of antiferromagnets for unconventional and low power consumption spintronics devicesYueying PengCédric BourgèsAnton BolyachkinYutaro TakeuchiDevelopment of Advanced Lithium Metal Batteries by Effective Solid Electrolyte InterphaseTunable Structural Order/Disorder Functional Ceramics: Novel Prospect of Sulfide-based MaterialsData Driven Development of Magnetic MaterialsElectrical Manipulation of Antiferromagnetic Spin OrderingFunctional Materials −−−−−−−−−−−−−−−−−−−−−Magnetic and Spintronic Materials −−−−−−−−−−−−−8