We use a broad range of experimental techniques to study the fundamental soft matter and biological physics of materials and systems with real world applications. Soft and biological systems are very sensitive to their environment such that small changes in temperature and pH, as well as the application of external fields, can produce large changes in their properties. This sensitivity can be exploited to tune the properties of the systems and to achieve a deep understanding of the subtle interplay between different interactions.
Our approach allows us to address fundamental issues ranging from the colloidal glass transition to nanoconfinement of water to diffusion in semi-crystalline polymers to the collective motion of bacterial cells. Our work also contributes to solving problems that are important to society such as reducing the environmental impact of technologies, improving the sustainability of materials, and controlling the spread of bacterial infections.
This website highlights our research projects, facilities and equipment, research opportunities for graduate students and postdoctoral fellows, and research collaborations with industry. If you have any questions or would like to receive additional information, please feel free to contact Professor John Dutcher.
|Faculty & Staff||PhD Students||MSc Students||Undergraduate Research Students|
|John Dutcher (Faculty)
Mike Grossuttii (RA)
Natalia Prieto Vidal (PDF)
Lori Burrows (Associated Faculty)
Anthony Clarke (Associated Faculty)
Jacek Lipkowski (Associated Faculty)
Rob Wickahm (Associated Faculty)
Nicholas van Heijst