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In article number 1801284, Dong‐Wan Kim and co‐workers propose the facile synthesis of a three‐dimensional flower‐like CoxP/carbon architecture composed of an assembly of nanosheets using silk fibroin as scaffolds, which enhances catalytic activity for hydrogen generation by exposing more active sites and increasing charge transport along with a high stability even after 10 000 CV cycles and a chronoamperometric...
Developing nonprecious, highly active, and stable catalysts is essential for efficient electrocatalytic hydrogen evolution reaction in water splitting. In this study, the facile synthesis of a 3D flower‐like CoxP/carbon architecture is proposed composed of an assembly of nanosheets interconnected by silk fibroin that acts as 3D scaffolds and a carbon source. This unique 3D architecture coupled with...
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