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About

Adam Kamor is a researcher specializing in biophysics, granular media locomotion, and biomimetic robotics, with a particular focus on understanding and replicating the extraordinary movement capabilities of sand-swimming animals. His most influential contribution, a 2011 study on sandfish lizard (*Scincus scincus*) locomotion, garnered over 190 citations and stands as a landmark work in the field. Using an innovative interdisciplinary approach that combined high-speed X-ray imaging, empirical theory, numerical simulation, and physical robot modeling, Kamor and his collaborators revealed the fundamental principles governing subsurface undulatory locomotion in granular media — demonstrating that the sandfish achieves efficient sand-swimming through body undulation alone, without limb assistance. Building on this biological insight, Kamor contributed to the development of a biophysically inspired sand-swimming robot, translating nature's elegant solution into functional robotics design. This work, presented across multiple publications from 2010 to 2011, bridges biology and engineering in meaningful ways. With a cumulative citation count exceeding 230, his research has significantly advanced scientific understanding of locomotion in complex terrains, with implications for search-and-rescue robotics, planetary exploration, and soft robotics design.