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About

Marco Carlotti is a leading researcher at the intersection of soft robotics, bioinspired materials, and mechanochromic systems. His work is fundamentally reshaping how we design autonomous, proprioceptive robots by drawing inspiration from cephalopod biology—particularly the remarkable adaptive capabilities of octopus skin. Carlotti’s major contributions include pioneering the integration of mechanochromic materials into soft robotic components, such as surgical graspers and suction cups, enabling real-time, electronics-free visual feedback for stress and pressure detection. His highly cited 2021 perspective on cephalopod mimicry (57 citations) has become a foundational reference for the field, while his subsequent work on mechanochromic surgical effectors (39 citations) demonstrates direct translational impact in medical robotics. With over 140 total citations across his portfolio, Carlotti has also advanced additive manufacturing for microscale robots and developed novel nanocomposites for conductive polymers. His recent comprehensive review on mechanochromic polymers in commodity materials underscores his role in bridging fundamental materials science with practical engineering applications. Carlotti’s research is distinguished by its elegant fusion of biological inspiration, smart materials, and functional robotics, offering a clear vision for the next generation of soft, perceptive, and autonomous machines.