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About

Dr. Patrick Campbell is a pioneer in the field of biohybrid robotics, where living biological tissues are integrated with synthetic materials to create novel, life-like machines. His most celebrated contribution is the development of the first tissue-engineered soft-robotic ray, a biohybrid swimmer inspired by the elegant undulatory motion of stingrays and skates. This landmark work, published in *Science* in 2016 and cited over 700 times, demonstrated that a simple, muscle-powered artificial animal could be phototactically guided by light. By patterning dissociated rat cardiomyocytes on a flexible, elastomeric body with a gold skeleton, Campbell’s team achieved controlled, directional swimming, proving that biological actuators can be harnessed for engineered locomotion. This breakthrough not only advanced soft robotics but also opened new frontiers in tissue engineering and biological control systems. Campbell’s research sits at the intersection of biomechanics, materials science, and developmental biology, offering profound insights into how living tissues can be repurposed for functional, autonomous devices. His work continues to inspire a generation of researchers aiming to blur the line between the natural and the artificial.