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About

Nguyen Hao Le is a pioneering researcher in soft robotics, with a focus on creating intelligent, adaptive, and sustainable robotic systems. His work spans three key areas: sensory feedback for prosthetics, multi-gait locomotion in confined spaces, and stimuli-responsive soft materials. Le’s most cited paper, “B:Ionic Glove” (2021, 42 citations), introduces a soft wearable device that provides affective sensory feedback for upper limb robotic prostheses, addressing the critical issue of high rejection rates by reducing phantom limb pain and enhancing user control. In “Tetraflex” (2023, 16 citations), he presents a multigait soft robot capable of navigating confined environments and transporting objects, demonstrating versatility in unstructured settings. Le also advances material science with “Toward Stimuli-Responsive Soft Robots” (2021, 14 citations), where he develops 3D-printed self-healing konjac glucomannan gels, enabling complex robotic behaviors like crawling and gripping. Notably, his work “ReRobot” (2022, 13 citations) champions sustainability by using recycled materials for soft robots, challenging the field to adopt ethical sourcing and disposal practices. With a growing citation impact, Le’s research is shaping the future of soft robotics—making robots more human-centered, adaptable, and environmentally responsible.