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About

Gurunathan Thangavel is pioneering the next generation of resilient soft robotics through innovative materials design. His research centers on developing tough, self-healing elastomers and advanced actuator systems that overcome the fundamental fragility of soft robots. Thangavel’s major contributions include creating a rugged, self-healable adhesive elastomer that simultaneously prevents damage and enables recovery—a breakthrough detailed in his most-cited work (172 citations). He further advanced the field by engineering photothermal-modulated dielectric elastomer actuators that maintain resilience without sacrificing actuation performance (115 citations), and by introducing a supramolecular gel-elastomer system for soft iontronic adhesives (76 citations). His work on enhancing dynamic actuation by tuning viscoelastic effects with polar crosslinking (65 citations) has provided critical insights into material behavior. Collectively, Thangavel’s research addresses the core challenge of balancing mechanical toughness with actuation efficiency, enabling soft robots to operate reliably in unpredictable environments. His innovative approaches to self-healing materials and electroadhesion are shaping the future of resilient, adaptive soft robotic systems for applications ranging from exploration to wearable technology.