Yongxia Gu

New York University Abu Dhabi, Beijing Technology and Business University

Papers

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About

Yongxia Gu is a rising researcher in the field of bio-inspired robotics and cyborg systems, with a focus on insect–machine interfaces and bionic locomotion. Her work bridges neuroscience, electrical stimulation, and mechanical design to create agile, controllable hybrid systems. In her highly cited 2024 paper on cyborg insects, Gu pioneered the use of charge-balanced biphasic electrical stimulation to achieve precise locomotion control in living insects—a breakthrough with significant implications for environmental monitoring, urban surveillance, and search-and-rescue missions. This work, already garnering 20 citations, demonstrates her ability to integrate electronic devices with biological organisms for real-world applications. Gu also contributed to bionic robotics through the design and simulation of a quadruped obstacle-overcoming robot, inspired by the standing long jump of animals. This research addresses a critical gap in legged robotics: achieving high-performance obstacle negotiation beyond simple walking or trotting. Though early in her career, Gu’s work is gaining traction for its innovative fusion of biology and engineering, offering scalable solutions for agile, adaptive robots and cyborg systems. Her research promises to shape the future of autonomous, biohybrid technologies.