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Mixed transition metal oxides are promising anodes to meet high‐performance energy storage materials; however, their widespread uses are restrained owing to limited theoretical capacity, restricted synthesis methods and templates, low conductivity, and extreme volume expansion. Here, Mn3‐xFexO4 nanosheets with interconnected conductive networks are synthesized via a novel self‐hybridization approach...
Exceeding Theoretical Capacity
In article number 2300143, Won Bae Kim and co‐workers report the rational design of hybrid ultrathin manganese ferrite nanosheets through interfacial modifications that can exceed the theoretically limited energy storage capacity by fully utilizing highly spin‐polarized surface capacitance. This study potentially opens a new paradigm for ever‐increasing performance of...
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