Zixiao Zhu

Papers

Total Citations

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About

Zixiao Zhu is pioneering the next generation of soft robotics by merging kirigami metamaterials with magnetic actuation and multimaterial 3D printing. Their research centers on creating untethered, multimodal soft robots that can reconfigure their shape and locomotion strategies—drawing inspiration from nature’s own survival mechanisms. In a landmark 2023 study (20 citations), Zhu demonstrated how kirigami cut patterns, combined with hard-magnetic fields, enable programmable locomotion in fully untethered soft robots, dramatically increasing kinematic freedom. Building on this, their 2024 work (15 citations) introduced bistable kirigami patterns that allow a single robot to switch between multiple gaits without multiple controllers, a leap toward truly adaptive machines. Most recently (2025, 7 citations), Zhu addressed a critical bottleneck in the field: the seamless integration of stretchable actuation and sensing into soft bodies using multimaterial 3D printing. By solving the challenge of embedding conformal, distributed electronics in complex 3D geometries, this work paves the way for autonomous soft robots that sense and respond to their environment. Zhu’s contributions are redefining what soft robots can achieve, with clear impact on search-and-rescue, medical devices, and adaptive manufacturing.