Affiliations
- Department of Neuroscience - Faculty of Medicine
- Institute of Biomedical Engineering
- UNIQUE Group member
- GRSNC member
Research expertise
- Neural basis of sensorimotor control
- Sensory contributions to motion estimation in space
- Motor task learning and behavior change as a function of sensory context
- Computational models of neural systems
Main research projects
- Multi-sensory integration for spatial motion estimation in the cerebellum
- Contribution of the vestibular system to the selection, planning, and control of reaching movements
- Neural basis of motor learning during reaching movements
- Selection, planning, and coordination of actions during reaching movements
Approaches used
- Neuronal recordings (multi-electrode and single electrode)
- Behavioral studies in humans
- Vestibular galvanic stimulation
- Computational modeling
Keywords
Sensorimotor transformations, Multi-sensory integration, Vestibular system, Motor learning, Computational neuroscience
Thematics
Teams
Keywords
This content has been updated on 26 January 2024 at 12 h 13 min.