Max Robotics — Global Service Robot Directory + US Certification

About

R. E. Taylor is a pioneering researcher in the field of microrobotics, specializing in the design, assembly, and control of microscale swimming robots, or microswimmers. Their work lies at the intersection of DNA nanotechnology, colloidal assembly, and magnetic actuation, with a focus on creating highly customizable and precisely controllable active colloids. Taylor’s major contributions include the development of a customizable DNA and microsphere-based, magnetically actuated microswimmer (2020, 8 citations), which achieved submicron-level precision in construction—a significant leap over previous designs. They also advanced the field by demonstrating a method to steer magnetic robots in two axes using only a single pair of Maxwell coils (2020, 3 citations), simplifying control systems for medical applications. More recently, their work on complex assemblies of colloidal microparticles with compliant DNA linkers (2024, 3 citations) and responsive DNA nanostructures (2025, 2 citations) has pushed the boundaries of microswimmer flexibility and functionality. Taylor’s research is notable for its potential to revolutionize targeted drug delivery and minimally invasive surgery, earning recognition for innovative approaches that bridge materials science and robotics.