Mechanism Studies of Molecular Catalysts
We investigate the reaction mechanisms of molecular catalysts to uncover fundamental principles that drive efficient and selective transformations.
CO2 Reductions
Tuning CO₂ Reduction Reactivity in Transition Metal Complexes: CO₂ reduction by transition metal complexes inherently involves both electron and proton transfer. By understanding reaction specificity and controlling electron transfer and acidity, we refine catalytic reactivity for efficient CO₂ conversion.
Understanding Electron and Proton Transfer in Molecular Catalysts: By studying electron and proton transfer in complexes, we gain insights into proton reduction mechanisms. Spin interactions and acidity play key roles in determining electron and proton transfer pathways, ultimately influencing catalytic efficiency.