University of Colorado Boulder — Dept. of Chemical & Biological Engineering

Welcome to the
Bowman Group

We investigate the formation, structure, and properties of crosslinked polymeric materials — particularly those formed from photopolymerization reactions — advancing fundamental chemistry toward transformative real-world applications.

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489
Refereed Publications
37
Issued Patents
35
Years of Research
77
PhD Graduates
43
Postdoctoral Associates
Members of the Bowman Research Group gathered on the steps outside the JSC Biotech Building at CU Boulder

Crosslinked Polymers at the Frontier of Science

Led by Prof. Christopher N. Bowman — James & Catherine Patten Professor of Chemical and Biological Engineering — our group's primary focus is the investigation of the formation, structure, and properties of crosslinked polymeric materials, particularly those formed from photopolymerization reactions.

Research combines polymerization reaction engineering, monomer and polymer synthesis, and experimental characterization, spanning applications in biomaterials, covalent adaptable networks, photopolymerizations, additive manufacturing and optical materials as well as others.

Our interdisciplinary team collaborates across biological engineering, electrical engineering, biochemistry, and dentistry, and works closely with the Stansbury, McLeod, White and Anseth Groups on shared projects implementing polymer networks, click chemistry and photopolymerizations.

Outreach, leadership and educational efforts include organizing biannual international conferences on Photopolymerization Fundamentals in collaboration with the Radtech Organization and the Dynamic Polymer Networks Conference. Content from a self-directed polymer course, a graduate level Polymers and Light course, and from various basic calculators and instructional aids is all available to assist the professional community.

Click Chemistry
Thiol-X and azide-alkyne reactions for precision polymer networks
Photopolymerization
Light-driven synthesis for patterning, coatings & biomaterials
Covalent Adaptable Networks
Covalent adaptable polymers bridging thermosets & thermoplastics
Translational Impact
From the lab bench to biomedical devices, optical materials, and additive manufacturing

Research Areas

Five interconnected research programs united by a commitment to polymer chemistry, photopolymerization, and real-world impact.

Biostasis
Biostasis

Biostasis

Description coming soon.

Click Chemistry
Click Chemistry

Click Chemistry

Thiol-X and azide-alkyne reactions for precision polymer networks — high yield, mild conditions, orthogonal, and fast.

Photopolymerizations
Photopolymerizations

Photopolymerizations

Light-driven polymer synthesis spanning reaction kinetics, photoinitiator design, and applications in coatings, biomaterials, and additive manufacturing.

Optical Materials
Optical Materials

Optical Materials

Description coming soon.

Covalent Adaptable Networks
Adaptable Networks

Covalent Adaptable Networks

Bridging the gap between the processability of thermoplastics and the desirable properties of crosslinked polymers via dynamic bond exchange chemistry.

Our Full Portfolio

Explore all projects, techniques, methodologies, and ongoing collaborations in depth.

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