Stroke in the visual cortex affects vision and brings a cascade of visuo-motor deficits. We introduce new methods to precisely control visual input (augmented/virtual reality) and modulate brain activity (non-invasive neurostimulation) and movement tracking. Exploiting the basic principles of neuroplasticity, we combine high-definition transcranial direct current stimulation and augmented/virtual reality to get the brain in a ready-state and better perform visuo-motor rehabilitation programs. This will produce theoretical models of visuo-motor coordination, as a reference frame for future research and rehabilitation scenarios.
Sensory-Motor Lab (SeMoLa) 