Research starts with the synthesis and characterization of well-defined transition-metal complexes containing molecules of interest. Through advanced spectroscopic techniques, the exploration of structural properties and stoichiometric reactivities provides essential insights into catalysis mediated by these Organometallic Chemistry.

The research focuses on the development of novel transition-metal-catalyzed reactions by integrating mechanistic insights from organometallics and chemical kinetics. Plausible catalytic mechanisms are designed and validated experimentally, ultimately leading to the development of new ligands overcoming high reaction barriers and achieving high selectivity in challenging chemical transformations.

Leveraging these catalytic methodologies, our lab is dedicated to providing sustainable solutions for global carbon management. Carbon valorization is achieved through the catalytic fixation of carbon dioxide into various value-added organic molecules. In addition, environmental challenges are further addressed through carbon degradation strategies, specifically targeting the activation of C–F bonds to decompose persistent perfluoroalkyl substances. These catalytic methodologies are extended to develop general protocols for carbon upcycling and recycling, contributing to a sustainable and circular carbon economy.