Sam Homans

Papers

Total Citations

531

H-Index

About

Sam Homans is a pioneering figure in modular reconfigurable robotics, with a focus on space applications and bio-inspired locomotion. His most influential work, "Modular Reconfigurable Robots in Space Applications" (2003, 264 citations), lays the groundwork for self-assembling robotic systems that can adapt to extraterrestrial environments, offering transformative potential for space exploration. Homans is perhaps best known for his design of the Telecube module, detailed in "Telecubes: mechanical design of a module for self-reconfigurable robotics" (2003, 212 citations). This cubic module features six prismatic degrees of freedom, enabling its sides to expand over twice their original length, and uses magnetic attachments for dynamic reconfiguration. By enabling large-scale, self-reconfigurable robot networks, the Telecube represents a breakthrough in adaptive robotics. Additionally, his work on "Climbing with Snake-Like Robots" (2001, 55 citations) demonstrates his versatility, exploring serpentine locomotion for vertical surfaces. With over 530 citations across his key papers, Homans has significantly shaped the fields of modular robotics and space automation, inspiring future research in autonomous, reconfigurable systems.