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About

Cregg Cowan is a pioneering roboticist whose work bridges the frontier of micro-manipulation and autonomous systems. His research centers on diamagnetic micro-manipulation (DM3), where he has developed milli-robots that levitate and operate with zero friction and near-zero hysteresis. Cowan’s most influential contribution is his seminal 2008 paper on outdoor mapping and navigation using stereo vision, which has garnered 191 citations and laid foundational work for autonomous navigation in unstructured environments. He has since advanced micro-assembly techniques, demonstrating how levitated milli-robots can precisely manipulate 10-μm polymer microspheres and construct complex structures, including macroscopic carbon fiber trusses composed of over 1,000 parts. His work on multi-agent systems explores how swarms of these tiny robots can function as mobile sensors and floating assemblers. More recently, Cowan has applied his expertise to telesurgery, developing a digital twin framework that compensates for network instability, a critical step toward enabling remote surgical procedures in underserved regions. With a portfolio of highly cited papers and a knack for translating fundamental physics into practical robotic systems, Cowan continues to shape the future of micro-robotics and autonomous manipulation.