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About

Haimin Yao is a leading researcher in the fields of soft robotics, flexible sensors, and advanced functional materials. His work masterfully bridges bioinspiration and materials science to solve fundamental challenges in sensing and actuation. Yao’s most notable contribution is the development of a "finger-inspired rigid-soft hybrid tactile sensor," which achieves superior sensitivity at high frequencies by mimicking the human finger’s internal structure—a breakthrough that has garnered over 230 citations. He also pioneered the use of asymmetric elastoplasticity in stacked graphene assemblies to create programmable, untethered soft robotics, a highly cited work (193 citations) that opens new avenues for autonomous soft machines. Furthermore, Yao introduced the "nonlinearity synergy" strategy for pressure sensing, elegantly reconciling the trade-off between high sensitivity and a wide linear range (170 citations). His recent work on freezing droplet ejection using elastic pillars and comprehensive reviews on thin-film actuators further demonstrate his breadth. With a citation count exceeding 600 for his top papers alone, Yao’s innovative, nature-inspired designs are shaping the future of intelligent robotics and wearable technology.