Abstract
Lithium sulfur batteries are endowed with intriguingly high energy density but also suffer from complicated interfacial parasitic reactions, especially toward the anode side. In this issue of Joule, Zhang et al. design a new LiN(SO2CF2H)(SO2CF3)(LiDFTFSI)/poly(ethylene oxide) solid-state polymer electrolyte that is compatible with polysulfide chains and can regulate the interfacial chemistry of lithium anode.
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