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About

Rafael Mestre is a pioneering researcher at the intersection of biohybrid robotics, soft robotics, and tissue engineering, whose work is reshaping how we think about the integration of living systems with engineered materials. His research focuses on developing bio-hybrid robots that combine biological components — particularly skeletal muscle tissue — with synthetic structures to create actuators and robotic platforms capable of swimming, crawling, and walking with remarkable adaptability. Mestre's most celebrated contribution, "Biohybrid soft robots with self-stimulating skeletons" (2021, 144 citations), demonstrated how living and synthetic materials could be synergistically combined to produce self-actuating robotic systems with biologically inspired capabilities. His earlier work on 3D-bioprinted skeletal muscle actuators revealed how such systems can modulate force and adapt through training — breakthroughs with profound implications for both robotics and regenerative medicine. His research spans scales from nanoscale piezoelectric enhancements to macroscale biohybrid platforms, as reflected in his comprehensive 2021 review (52 citations). Notably, Mestre also engages with the ethical dimensions of his field, publishing on responsibility in biohybrid robotics research (2024, 21 citations), demonstrating a rare commitment to the societal implications of emerging technology. With over 450 cumulative citations, his work represents a defining voice in next-generation biorobotics.