Author Correction: A ductile solid electrolyte interphase for solid-state batteries

A recent correction was made to a scientific article about battery technology. The article, initially published online, contained an error in the section discussing a specific type of battery material. The mistake involved the Li+ transference number, which measures how effectively lithium ions move through the material. Originally, the number was reported as 0.57, but it has been corrected to 0.71, indicating better performance than previously thought. Additionally, a figure in the supplementary information was corrected because it mistakenly included data from a different sample. These updates are important for researchers working on improving battery efficiency and safety. The research was conducted by a team from various prestigious institutions in China, highlighting the global effort to advance energy storage technologies. QUESTION: How might advancements in battery technology impact the way we use electronic devices in the future? 

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