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Recently, a research team hailing from the Institute of Metal Research at the Chinese Academy of Sciences has achieved a significant breakthrough in the realm of solid-state lithium batteries. They have introduced an innovative interface regulation strategy, which effectively tackles the long-standing challenges of high interface impedance and sluggish ion transport efficiency that have plagued solid-state batteries. The team's groundbreaking research has been featured in the esteemed international academic journal, Advanced Materials.
Leveraging this new material, the team has developed flexible batteries capable of enduring up to 20,000 bends. Moreover, they have successfully enhanced the energy density of the composite cathode by as much as 86%, heralding a fresh avenue for the advancement of high-performance solid-state batteries.
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