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The Mechanosynthesis Group at the University of Michigan, led by Prof. John Hart, aims to create new manufacturing technologies for micro- and nanoscale materials and devices, and for their assembly and integration at larger scales.  Applications of our work include new and improved manufacturing tools, microsystems, lightweight structures, electronic materials, energy storage systems, medical devices, and biochemical sensors.  We seek to transition our results to industry and eventually to the marketplace, to do well-informed and comprehensive work, and to build lasting knowledge along the way.

To make this possible, we seek five key strengths in our research: mastering the fundamentals of nanoscale materials synthesis and processing; designing and building new laboratory instruments for process discovery and optimization; inventing creative machines and methods for scalable manufacturing; combining analytical modeling with precision measurements; and having a keen vision of how new materials and manufacturing technologies can result in disruptive value propositions.  Further, we recognize that public awareness and understanding of the widespread benefits, implications, and potential risks of new technologies is essential for commercialization and widespread adoption.  We  communicate our work to broad audiences via frequent courses, workshops, and presentations at conferences spanning across disciplines of science, engineering, architecture, and art.  Also check out our nanobliss gallery of small-scale visualizations.

We take pride in maintaining a highly dynamic, challenging, and rewarding environment for research and education, and in continuously learning how to be better at what we do.  We hope that you enjoy learning about our work here.