High-Entropy-Cooperated Single-Atom Catalysis: An Emerging Paradigm Bridging Configurational Complexity and Atomic Precision for Catalytic Applications

Key Points

• Investigate the role of single-atom catalysis in enhancing catalytic properties and efficiency.
• Review of recent advancements in single-atom catalysis and its applications.
• Analysis of configurational complexity and atomic precision in catalytic processes.
• Single-atom catalysis is shown to significantly improve atomic efficiency.
• Integration into heterogeneous catalysis expands its applicability and efficiency.
• Establishes a new theoretical framework for understanding catalytic behavior at the atomic level.