Topological quantum materials in catalysis

Abstract

Topological quantum materials (TQMs) have introduced a new paradigm in heterogeneous catalysis, offering exceptionally high electron mobility, protected surface states, and resistance to surface contamination, making them promising candidates for next-generation catalysts. These unique properties enable TQMs to sustain catalytic performance even under harsh reaction conditions. However, challenges remain in understanding how TQMs facilitate catalytic reactions, and control reaction pathways, and how they can be engineered for enhanced performance. This highlight seeks to stimulate discussion on the future of topological catalysis, aiming to unlock its full potential for enabling more efficient chemical processes driven by charge carriers.