New publication on hydrophobic effects in electrocatalysis
Congratulations to Cole and Rani on their latest publication regarding hydrophobic effects in heterogeneous electrocatalysis.
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Dohyung receives the Catalysts Young Investigator Award
for his significant contributions to catalysis, particularly in understanding and applying interfacial phenomena in electrocatalytic processes, including the electroconversion of carbon dioxide.
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The group’s work presented at the ACS Spring 2026
Dohyung, Rani, and Nidhi presented the group’s efforts on interfacial liquids, hydrophobic effects, and heteroatom-doped carbon materials at the ACS Spring 2026.
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Rani receives ACS CATL Division award
Rani receives the CATL-ChemCatBio Graduate Student Travel Award to support his participation in the Spring 2026 ACS National Meeting!
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New publication on nitrogen-doped carbon materials
Congratulations to Nidhi and co-authors on publishing a significant contribution elucidating the pyrolytic formation of N-dopants in carbon materials.
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The group’s work presented at the AIChE 2025
Dohyung and Lauren presented the group’s efforts on heteroatom-doped carbon materials at the 2025 AIChE Annual Meeting.
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Dohyung receives the Packard Fellowship!
Honored to be part of the Packard Fellows community!
Packard Foundation Press Release
Penn Engineering News -
Nidhi receives the 2025 VIEST Graduate Fellowship
Congratulations, Nidhi! Well-deserved!
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ACS Fall 2025 – Catalysis at Solid-Liquid Interfaces
Dohyung organized the Catalysis at Solid Liquid Interfaces symposium at the ACS Fall 2025, with co-organizers Jason Bates, Ian McCrum, and Joy Zeng. A great success and thanks to all the speakers and participants! Dohyung also presented the group’s work on the interplay between interfacial liquids and catalyst surfaces for electrochemical reactions.
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New publication on use of hydrophobic additives for modifying interfacial liquids and enhancing electrochemical reactions
Congratulations to Rani and co-authors on publishing a significant contribution revealing how hydrophobic cation additives enhance electrochemical reactions on the surface of metal electrodes.