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Sapienza University of Rome stands as one of Europe's most distinguished research institutions in robotics, automation, and artificial intelligence, with a legacy of foundational contributions that have shaped the field for decades. Home to world-class researchers and internationally recognized laboratories, Sapienza has built a remarkable body of work spanning nonlinear control theory, human-robot interaction, mobile robotics, and autonomous systems. The university's intellectual heritage in robotics control is profound. Seminal works on adaptive control of nonlinear systems, elastic joint manipulation, and observer-based velocity estimation — each accumulating hundreds to over a thousand citations — laid critical theoretical groundwork that continues to underpin modern robot control architectures. Sapienza researchers pioneered dynamic feedback linearization techniques for wheeled mobile robots and nonholonomic systems, producing papers that remain essential references in the field. Perhaps most strikingly, Sapienza has been at the forefront of safe physical human-robot interaction (pHRI), with multiple highly cited works on collision detection, reaction strategies, and depth-space avoidance methods. These contributions have directly influenced the design of collaborative robots now deployed across manufacturing and healthcare settings. Their EMG-based prosthetic hand dataset has become a benchmark resource for the global rehabilitation robotics community. The university also boasts significant expertise in aerial robotics, multi-robot coordination, simultaneous localization and mapping (SLAM), and search-and-rescue systems. The breadth of Sapienza's robotics research — from theoretical control to applied autonomous systems — makes it an exceptional destination for prospective students and collaborators seeking an intellectually rich, internationally connected environment where fundamental science and real-world impact converge.