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About

Zhengqing Zhu is a rising leader in the development of advanced soft active materials, with a focus on liquid crystal elastomers (LCEs) and magnetic soft robotics. Their research centers on overcoming fundamental limitations in programmable actuation, particularly by enabling independent control of material anisotropy and magnetization. Zhu’s most cited work introduces a 3D-printed ferromagnetic LCE that achieves unprecedented dual-anisotropy and multi-responsiveness, bridging the gap between LCE and magnetic actuation for soft robotics (97 citations). They have also pioneered near-ambient responsive LCEs with enhanced nematic order, enabling low-power, biocompatible devices (27 citations). In magnetic soft robotics, Zhu’s annelid-inspired modular design achieves multi-modal deformation for complex tasks (12 citations), and their recent work on addressable, perceptible dynamic reprogramming of ferromagnetic soft machines marks a significant step toward adaptive, reconfigurable systems (10 citations). With a growing citation impact and a focus on 3D printing and bioinspired design, Zhu is shaping the future of multifunctional, responsive materials for robotics and biomedical applications.