Light inhibition of hydrogenation reactions on Au-Pd nanocoronals as plasmonic switcher in catalysis

Light, as a powerful energy source, has motivated the many endeavors of chemists in photochemical transformations. We were delighted to find that light has an inhibition effect on hydrogenation reactions. Exploring this previously unperceived effect will bring renewed understanding of interactions of light and matter. This work provides a breakthrough in ways to remotely control chemical reactions by light.

Automated summary

Light, as a powerful energy source, has stimulated chemists in their pursuit of photochemical transformations. Surprisingly, we have discovered an inhibitory effect of light on hydrogenation reactions. Investigating this previously unnoticed phenomenon will enhance our understanding of light-matter interactions. This research achieves a breakthrough in remote control of chemical reactions through light.