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About

Zhongbin Xu is a pioneering researcher in soft robotics and dielectric elastomer actuators, best known for his groundbreaking work on self-powered soft robots capable of operating in extreme environments. His landmark 2021 paper, "Self-powered soft robot in the Mariana Trench," has garnered over 1,130 citations, demonstrating a transformative contribution to deep-sea exploration technology by enabling robots to function under immense pressure without external power sources. Xu’s core research focuses on the fabrication, modeling, and control of dielectric elastomer (DE) soft actuators, particularly multilayer bending structures that combine large deformation with enhanced stiffness. His 2019 study on 3D-printed thermoplastic frames for DE actuators (77 citations) advanced practical manufacturing methods, while his electromechanical modeling work (2020) provided simplified analytical tools for predicting actuator behavior. More recently, Xu developed adaptive control strategies for multilayered DE bending actuators (2021), addressing real-time precision in low-voltage applications. His work bridges materials science, electromechanics, and robotics, offering scalable solutions for soft robots in inaccessible environments—from the ocean floor to biomedical devices. With over 1,200 total citations, Xu’s innovations continue to inspire next-generation autonomous systems.