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Our Research

We work at the interface of organometallic and organic chemistry to address the important challenges in chemical synthesis and catalysis. Our approach emphasizes on the molecular-level understandings of catalytic systems by a combination of spectroscopic and crystallographic techniques. We target the mechanistically driven discovery of new transformations using abundant, cost-effective elements.

Sustainable Catalysis

Developing new catalysts based on Earth-abundant metals for more sustainable chemical production.

  • Catalyst design

​Leveraging organometallic synthesis and mechanistic studies for the rational design of metal catalysts.

  • Reaction discovery

Exploring ​new modes of substrate activation and reactivity patterns with first-row transition metals.

Organometallic Chemistry

Harnessing the unique reactivity of organometallic compounds for organic synthesis.

  • Fundamental organometallic reactivity

​Activating inert chemical bonds with novel organometallics and elucidating the chemical principles.

  • Synthetic applications

Developing a toolbox of organometallic reagents with divergent reactivity.

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