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About

Yonghao Wang is a pioneering researcher in soft robotics, bioinspired design, and reconfigurable intelligent systems. His work draws inspiration from nature—most notably the *Parthenocissus* plant—to develop soft climbing robots capable of navigating complex, discontinuous surfaces, a long-standing challenge in the field. Wang has made transformative contributions to material-driven robotics, including the invention of untethered, self-reconfigurable soft robots that can self-amputate using recyclable, self-healing fibers (13 citations). He also introduced the concept of multifunctional robotic electrofluids for soft fluidic actuation, enabling enhanced system capabilities without hardware complexity (3 citations). In a visionary leap, Wang proposed "pluripotent drones" that can dynamically reprogram and differentiate into new functional forms, inspired by biological stem cells (3 citations). Additionally, his review on AI-driven face robots for human-robot expression interaction underscores his interdisciplinary reach. With a rapidly growing citation record and a portfolio of highly innovative, future-oriented work, Yonghao Wang is shaping the next generation of adaptive, intelligent, and sustainable robotic systems.