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A-Man Zhang is pioneering the next generation of deep-sea exploration through bioinspired soft robotics, a field that challenges the conventional reliance on rigid, pressure-resistant submersibles. His most-cited work, "Bioinspired soft robots for deep-sea exploration" (2023, 199 citations), fundamentally reframes how we approach the ocean’s most extreme environments. By mimicking the adaptive physiology of deep-sea organisms, Zhang demonstrates that soft, compliant robots can withstand immense pressures without heavy metallic shielding, offering a paradigm shift in marine technology. His subsequent research, "Plasticized electrohydraulic robot autopilots in the deep sea" (2025, 14 citations), tackles a critical hurdle: the stiffening of soft materials under harsh conditions. Here, Zhang introduces a novel plasticized electrohydraulic system that maintains flexible actuation at depth, effectively giving soft robots an "autopilot" for autonomous deep-sea navigation. This work not only solves a key material science challenge but also expands the operational envelope for soft robotics. With a rapidly growing citation impact, Zhang’s contributions are already influencing fields from marine biology to offshore engineering. His research promises to unlock the deep ocean’s secrets, making him a rising leader in bioinspired design and extreme-environment robotics.