A grid of twelve images featuring scientific diagrams, 3D renderings of molecules and nanoparticles, a schematic of a scanning probe microscope, and microscopic imagery of fibers. A grid of twelve images featuring scientific diagrams, 3D renderings of molecules and nanoparticles, a schematic of a scanning probe microscope, and microscopic imagery of fibers.
collage of many experiments in including Fluorescent Organic Nanofibrils as Sensory at the 500 nm scale and in a vile collage of many experiments in including Fluorescent Organic Nanofibrils as Sensory at the 500 nm scale and in a vile
Black and white micrograph showing alternating light and dark parallel bands of pearlite in different orientations. Black and white micrograph showing alternating light and dark parallel bands of pearlite in different orientations.
A large multi-story academic building with a flat roof and tan stone facade, located behind a red running track and green sports field, with green mountains in the distance. A large multi-story academic building with a flat roof and tan stone facade, located behind a red running track and green sports field, with green mountains in the distance.
A scientific diagram showing a series of stacked gray plates with blue 'D' labels on top and a red 'A' label at the end. A white arrow labeled 'charge delocalization' points from a photon (hv) input to an electron (e-) output. Text at the bottom lists 'Photo-chemiresistor', 'Photovoltaic', and 'Photocatalysis'. A scientific diagram showing a series of stacked gray plates with blue 'D' labels on top and a red 'A' label at the end. A white arrow labeled 'charge delocalization' points from a photon (hv) input to an electron (e-) output. Text at the bottom lists 'Photo-chemiresistor', 'Photovoltaic', and 'Photocatalysis'.
The front cover of the book titled 'Applied Materials and Interfaces', edited by Ling Zang which has some molecules floating in water The front cover of the book titled 'Applied Materials and Interfaces', edited by Ling Zang which has some molecules floating in water

Zang Research Group

The Zang Research Group develops nanoscale materials and sensors, spanning molecular self-assembly, organic semiconductors, and metal-organic frameworks, to tackle challenges in health, safety, and the environment. Led by Prof. Ling Zang, the lab has produced over 180 publications and around 50 licensed technologies.

About Prof. Ling Zang

Distinguished Professor in the Department of Materials Science and Engineering and Associate Dean for Research in the John and Marcia Price College of Engineering. Addressing critical challenges in health, environmental sustainability, and public safety through molecular self-assembly and nanoscale imaging.

Our TeamEmail Prof. Zang
Headshot of a man with glasses wearing a grey blazer, light blue checkered shirt, and a red patterned tie, standing in front of a brick wall. Headshot of a man with glasses wearing a grey blazer, light blue checkered shirt, and a red patterned tie, standing in front of a brick wall.

Research Focus

Molecular Self-Assembly

Research focuses on molecular self-assembly and its diverse applications in the development of chemical sensors, nanodevices, and advanced water treatment solutions.

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Nanoscale Imaging & Molecular Probing

The group utilizes nanoscale imaging and molecular probing techniques to address critical challenges within the realms of health and public safety.

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Organic Semiconductors & Nanomaterials

Development of organic semiconductors, nanofibers, and nanodevices designed for the optical and electrical sensing of chemical threats and explosives.

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Metal-Organic Frameworks (MOF)

Research into metal-organic frameworks to create dual functional materials capable of PFAS removal with integrated real-time monitoring.

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Porous Graphitic Carbons (PGC)

Investigation of porous graphitic carbons to advance environmental sustainability and improve the efficiency of pollutant removal.

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Explore More

Also investigating chemosensors, nanojunction charge transfer, trace-level detection of explosives and toxic chemicals, and other topics across the group's research.

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Interested in joining the Zang Research Group?

If you are interested in contributing to research in molecular self-assembly, nanoscale imaging, and advanced materials, please contact Prof. Ling Zang to discuss potential opportunities to join the lab.