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Research Experience
During my Ph.D., I've developed a unique skillset of electrochemistry, in situ spectroscopy and computational chemistry. Utilizing these methodologies, I worked on understanding the mechanism of COâ‚‚/CO electroreduction and engineering the electrochemical interface to improve its performance. I also discovered serendipitously a unique light alkane activation system that operates at room temperature and ambient pressure.
As a Post-Doc at Caltech, I established a new research area on investigating the potential-dependent protein conformations using cryogenic electron microscopy, extending the electrochemical methods to microbial systems.
COâ‚‚ / CO Electroreduction
Computational Investigation on Mechanisms
Rational Catalyst Surface Design
​In Situ Spectroscopic Investigation on Mechanisms
Thermal Activation of Light Alkanes
Reactivity Measurements
Understanding the Reaction Mechanism
Reactor Engineering
Potential-Dependent Protein Conformation
Proteins at the Solid-Liquid Interface
MtrCAB: A Molecular Conduit across Cell Membrane
To find out more, click here to be directed to the Publications page.
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