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About

Zhenxiang Sun is a pioneering researcher in soft robotics, with a focus on developing resilient, bio-inspired systems for extreme environments. Their key contributions lie in addressing the critical challenge of material stiffening in deep-sea conditions, where conventional soft actuators fail. Sun’s most-cited work, “Plasticized electrohydraulic robot autopilots in the deep sea” (2025, 14 citations), introduces a novel approach using plasticized electrohydraulic actuators that maintain compliance and functionality under immense ambient pressures. This breakthrough enables soft robots to operate autonomously in the deep sea, minimizing environmental disturbance while withstanding harsh conditions—a feat previously limited by material degradation. By integrating autopilot control with pressure-tolerant design, Sun’s research bridges the gap between soft material science and practical marine robotics, offering transformative potential for ocean exploration, underwater monitoring, and subsea infrastructure maintenance. Their work has already garnered attention for its innovative use of plasticizers to preserve actuation performance, marking a significant step toward durable, adaptive robots for the planet’s most inaccessible frontiers. Sun’s contributions underscore a commitment to advancing soft robotics beyond laboratory settings, inspiring future studies in extreme-environment autonomy.