Magnetoencephalography (MEG) and Electroencephalography (EEG) are essential methods for conducting research in neurosciences. By measuring magnetic fluxes and voltage fluctuations resulting from ionic currents within the neurons, these techniques allows to monitor the brain activity with a high temporal resolution. Classical EEG cap contains several electrodes placed over the scalp and applications goes from event-related potentials, spectral power distribution to sources localization and epilepsy diagnosis.
Brain-Computer Interfaces (BCI) provide a direct communication pathway between the brain and an external device, while bypassing the peripherical nervous system. It is based on a closed-loop design where neural data are processed and classified in real-time while a continuous feedback is shown to the user. BCI research is directed at assisting, augmenting or repairing human cognitive or sensory-motor functions. BCI has been used by locked-in patients to communicate or to control a prosthesis limb.
At Campus Biotech, the MEEG-BCI facility supports the scientists by providing the latest MEG and EEG systems, shielded recording booths and additional electrophysiological measurement units (EMG, EOG, EyeTracker…). The team also provides research consulting with expertise in multi-streams synchronization, EEG analysis or BCI/neurofeedback design.
MEET THE TEAM
Scientific supervision of the MEEG-BCI facility is performed by Prof. Christoph Michel (UNIGE) and Prof. Dimitri Van De Ville (EPFL).
Gwenael Birot is the EEG expert and facility manager. Nathalie Philippe and Jonathan Marquis are the EEG and MEG technologists, respectively.
Here is an overview of the equipment available for experiments
Click here for the complete list of MEEG-BCI equipment available at Campus Biotech.
Some examples of various projects performed at the Human Neuroscience Platform
Please contact us for specific inquiries, project applications or additional information on the facility.