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About

Yanmin Zhou is a multidisciplinary researcher whose work spans biomimetic materials, robotics, and surgical technology. Perhaps most notably, Zhou contributed to the pioneering development of bio-inspired hierarchical polymer fiber–carbon nanotube adhesives, engineered to replicate the remarkable dry adhesion mechanisms of gecko feet. This landmark 2013 study, which has garnered 87 citations, demonstrated that micrometer-scale polymer setae tipped with carbon nanotubes could conform to rough surfaces and outperform conventional adhesives—a significant advance in biomimetic materials science. Beyond materials research, Zhou has made meaningful contributions to robotics and locomotion, investigating the mobility of wall-climbing hexapod robots and developing hybrid CPG–FRI algorithms to balance agility and stability in biped walking systems. His experimental analyses of human walking stability further reflect a sustained interest in biomechanical motion. In more recent years, Zhou has extended his expertise into clinical robotics, authoring work on autonomous robotic systems for dental implantation and examining how surgical protocols influence robotic implant accuracy. This evolution from bio-inspired adhesives to surgical robotics underscores Zhou's versatility and his commitment to translating engineering principles into real-world biomedical applications, making his profile of broad interest to students in materials science, robotics, and medical technology alike.