Research labs
NeuroRehab Research Center@NeuroTech
The Neurorehab Research Center, located at the Lavigny hospital, constitutes the research axes of the future SUN, Service Universitaire en Neurorehabilitation. Its objective is to promote and facilitate innovation in the domain of neurorehabilitation by integrating fundamental and translational research, clinical activities and novel technologies to maximize patient recovery. The Center offers training to students, researchers and healthcare professionals and collaborates with industrial partners to achieve its goals.
NeuroScape@NeuroTech
The Neuroscape Facility implements novel gamified technological approaches for the assessment and rehabilitation of cognitive function and behavior in neurological patients. The Facility is equipped with virtual reality devices, a driving simulator, an immersive giant screen, whole-body tracking, high-end computers and wearable physiological sensors. Randomized controlled trials address stroke, traumatic brain injury, early dementia, Neuro-HIV, and multiple sclerosis.
NeuroDigital@NeuroTech
NeuroDigital gathers neuroscientists, data scientists, IT experts and medical researchers committed to advance clinical neuroscience by streamlining patients-centered research with innovative digital technologies.
Two primary research strategies are being conducted at NeuroDigital, one that aims at fostering big data and IA-based research across neurological disorders through various innovative data sharing platforms, the other which focuses on the development, use and validation of wearable devices and novel biomarkers in various neurological conditions. While running in parallel, these two strategies interact with each other.
MySpace@NeuroTech
The main goal of MySpace lab is understanding how the human brain builds a representation of the body in space, important for action and perception. To this aim, we use different techniques from cognitive neuroscience, including psychophysics, fMRI, intracranial EEG recording, neuropsychology and neural network modeling to study the multisensory mechanisms of underlying the representation of Peripersonal Space (PPS).
neurosciences cliniques
Bâtiment Champ de l'Air
Rue du Bugnon 21
1011 Lausanne
+41 21 314 1111
neurosciences cliniques
Bâtiment Champ de l'Air
Rue du Bugnon 21
1011 Lausanne
+41 21 314 1111