Synergistic Zn and Graphene Oxide Enable High-Entropy MOF-74 Nanorods for Multi-Anodic Electrocatalysis

) oxidation reactions, significantly outperforming its lower-entropy counterparts. This work demonstrates how Zn ions, supported by graphene oxide, play a crucial role in directing anisotropic growth in high-entropy systems, while simultaneously activating dual-mechanistic pathways to synergistically enhance multianodic reactions.