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Magnesium batteries have the potential to be a next generation battery with large capability and high safety, owing to the high abundance, great volumetric energy density, and reversible dendrite‐free capability of Mg anodes. However, the lack of a stable high‐voltage electrolyte, and the sluggish Mg‐ion diffusion in lattices and through interfaces limit the practical uses of Mg batteries. Herein,...
Mg batteries have the potential to be the next generation battery with large capability and high safety, owing to the high abundance, great volumetric energy density and reversible dendrite free of Mg anodes. In article number 1902236, Kiyoshi Kanamura and co‐workers use spinel MgIn2S4 microflower‐like material assembled by 2D‐ultrathin nanosheets as cathode material for high‐temperature Mg batteries...
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