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About

Yahao Dai is a pioneering researcher at the intersection of soft robotics and bioinspired materials, with key contributions in shape-morphing hydrogels and stretchable neuromorphic electronics. His most influential work, “Light-steered locomotion of muscle-like hydrogel by self-coordinated shape change and friction modulation” (2020, 250 citations), introduces a breakthrough in autonomous soft robots: a single hydrogel actuator that mimics natural muscle coordination to crawl without multiple independent controllers. By integrating anisotropic structure with light-responsive deformation, Dai achieved self-regulated locomotion—a paradigm shift from traditional multi-actuator robots. This work has become a cornerstone in soft robotics, inspiring new designs for adaptive, energy-efficient systems. More recently, Dai has ventured into wearable technology with “Large-scale stretchable neuromorphic circuits for on-body edge processing of sensory data” (2024), which demonstrates scalable, skin-like circuits capable of real-time data processing directly on the body. Though early in its citation life, this work signals a major advance in merging flexible electronics with artificial neural networks for health monitoring and human-machine interfaces. Dai’s research consistently bridges fundamental materials science and practical device engineering, earning him recognition as a rising leader in biohybrid systems and intelligent soft matter.