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About

Jianxun Liang is a researcher at the forefront of space robotics and dynamics, with a focus on solving critical challenges in orbital operations and human-robot interaction. His most influential work, "Identification of all the inertial parameters of a non-cooperative object in orbit" (2019, 61 citations), provides a foundational method for autonomously characterizing unknown space debris or defunct satellites—a key enabler for active debris removal and on-orbit servicing. Liang also pioneers hybrid modeling approaches, as demonstrated in his 2020 paper (20 citations), which combines physics-based principles with data-driven techniques to accurately simulate complex contact phenomena, bridging the gap between theoretical models and real-world robotic interactions. His earlier research on "Dynamics and Control of Manipulator-Supported EVA Operations" (2018) addresses the stability challenges astronauts face when performing extravehicular activities from a robotic arm, offering insights that enhance mission safety and performance. By integrating rigorous dynamics with practical control solutions, Liang’s work directly impacts the future of autonomous space operations and human-robot collaboration in extreme environments.