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The Mechanosynthesis Group at the University of Michigan focuses on the synthesis, properties, and applications of nanostructured materials.  Our work spans from fundamental studies of formation and structure, to the creation of materials and devices that achieve new capabilities in microsystems, energy, composites, and biointerfaces.  We also specialize in the design and construction of machines and instruments to explore basic nanoscale phenomena, and to enable scalable nanomanufacturing processes for industry. Many of our current projects utilize carbon nanotubes, which are long molecular structures having exceptional mechanical stiffness and strength, high electrical and thermal conductivities, and unique chemical and optical functionalities.

Nanostructures are building blocks for many important technological advances, including high-performance solar cells and batteries, new methods of diagnosing and treating disease, next-generation computer processors and memory, and lightweight composite materials.  Public awareness and understanding of the widespread benefits, implications, and potential risks of nanotechnology will be essential for its commercial success.  To this end, we also seek to communicate our work to broad audiences through our nanobliss gallery of small-scale visualizations, and through frequent courses, workshops, and presentations at conferences spanning across disciplines of science, engineering, architecture, and art.

We foster a highly creative, energetic, and focused research environment.  We utilize skills and insights from many disciplines, and we apply these tools to define and answer our research questions.  The Mechanosynthesis Group is led by Prof. John Hart.