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Zhang Lab

Bridging molecules, materials, and catalysis to power the next generation of chemical innovations.

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Our Research Focus

The Zhang Lab investigates how chemical structures influence chemical reactivity and charge transport at the molecular scale using Scanning Tunneling Microscopic Break-Junction. By combining molecular design, spectroscopy, and nanofabrication, the group explores the fundamental principles of physical chemistry and develops molecular systems for catalysis, quantum computing, and energy conversion. Our interdisciplinary approach bridges physical chemistry, materials science, and nanotechnology to uncover new ways of controlling chemical and physical properties.

Discover Our Latest News & Events

Spring 2026

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CHEM 497X Student Seminar

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2026 Fairfield University Student Research Symposium

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2026 Sigma Xi Northeast Region Research Symposium

Fall 2025

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Group Photo at Bellarmine Hall

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Bowling and Sushi Party

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CHEM 497X Seminar

Spring 2025

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2025 Fairfield University Student Research Symposium

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CHEM 497X Student Seminar

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The first day in our new lab

Fall 2024

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Brandon and Michael present their research at CHEM 497X Seminar

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The first box opening in the Zhang Lab

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Group Photo, September 2024

Explore Our Recent Publications

Plasmon-Exciton Strong Coupling in Single-Molecule Junction Electroluminescence

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