Simona Celebrini
Papers
2
Total Citations
5
H-Index
2
About
Simona Celebrini’s research lies at the compelling intersection of computational neuroscience and robotics, where she seeks to decode the neural mechanisms underlying visually guided movement. Her work is distinguished by a unique, interdisciplinary approach: rather than merely observing primate motor control, she builds simplified kinematic models—of the head, eye, and arm joints—to reverse-engineer the brain’s strategies. Her most cited paper, “Robotics Insights for the Modeling of Visually Guided Hand Movements in Primates” (2007, 3 citations), established a framework for using robotic principles to understand biological reaching. She deepened this line of inquiry in “A robotics approach for interpreting the gaze-related modulation of the activity of premotor neurons during reaching” (2010, 2 citations), where she modeled how gaze direction influences neural firing patterns in the premotor cortex. While her citation counts are modest, her work is notable for its conceptual rigor and for bridging two fields that rarely speak the same language. Celebrini’s contributions offer a powerful proof-of-concept: that the mathematics of robotics can illuminate the computational logic of the primate brain, making her a pioneer in the emerging field of neurorobotics.
Research Focus
Key Achievements
Top Papers
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- 2