Papers
3
Total Citations
49
H-Index
2
About
Xiaolong Gao is a rising innovator in soft robotics and flexible electronics, focusing on self-healing mechanisms and advanced actuator materials. His work addresses critical durability challenges in soft robotic systems, which are prone to mechanical fatigue and failure. Gao’s most notable contribution is the development of a **soft self-healing robot** driven by a novel micro two-way shape memory alloy spring, a breakthrough that enables autonomous repair of punctures and electrical breakdowns, significantly extending device lifespan. He has also advanced the field of **electrochemical ionic soft actuators** by integrating carbon nanomaterials with PEDOT:PSS, enhancing performance for applications in wearable gadgets and robotics. Additionally, Gao pioneered a **continuous spatial-confining network assembly technique** for fabricating polymer-based flexible wires, simplifying production of durable, flexible electronic components. His papers, including those on self-healing robots and carbon nanomaterial actuators, have garnered over 49 citations, reflecting growing recognition. With a focus on practical, resilient designs, Gao is shaping the future of autonomous, long-lasting soft robots and flexible electronics.
Research Focus
Key Achievements
Top Papers
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