Entropy-driven design of non-metallic heteroatoms codoped hollow carbon nanocages for superior oxygen electrocatalysis

Key Points

• Superior oxygen electrocatalysis is achieved through entropy-driven design principles in nanocages.
• Key findings indicate an increase in electrocatalytic activity associated with codoping strategies.
• Assessment using theoretical models highlights the role of non-metallic heteroatoms in enhancing performance.
• The findings may enable more efficient energy conversion systems, translating to broader technological applications.