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About

Vincenzo Catrambone’s research lies at the intersection of human motor control, neurorehabilitation, and extended reality (XR). His major contributions center on understanding how the brain coordinates upper limb movements, particularly in healthy individuals and post-stroke patients. His most cited work, “U-Limb: A multi-modal, multi-center database on arm motion control in healthy and post-stroke conditions” (2021, 41 citations), provides a foundational resource for quantitatively evaluating impaired motor function and informing rehabilitation strategies. Catrambone also developed a novel approach to analyzing upper limb synergies, demonstrating their time-invariance across subjects and over time—a key insight for designing robust assistive technologies. In a more exploratory vein, his preliminary study on multimodal Tau and Kappa illusions in visual-tactile XR (2022) pushes the boundaries of how time and space can be manipulated in virtual environments, opening new avenues for sensory augmentation and rehabilitation. With a growing citation record and work spanning from foundational motor control databases to cutting-edge XR illusions, Catrambone is shaping how we understand and restore human movement.