Decoding working memory and replay from MEG signal

Using machine-learning decoding of high-temporal resolution neural signal from M/EEG, we identify neural signatures of content selection and characterize subprocesses of working memory.

learningneurosciencebehavior

The spatiotemporal dynamic of information processing is visible using machine-learning decoding of high-temporal resolution neural signal from M/EEG. Using this approach, we identified a neural signature of content selection and characterize differentiated spatiotemporal constraints for subprocesses of working memory. In a context of learning, this approach allows us to test whether the brain is replaying silently what it just learned, as a replay mechanism to consolidate the new skill.

Publications

Centre de Recherche en Neurosciences de Lyon

Inserm U1028 / CNRS UMR5292

CH Le Vinatier – Bâtiment 452

95 Bd Pinel

69675 BRON Cedex

France

Romain Quentin, Chargé de Recherche, INSERM

EDUWELL

04 72 13 89 00

romain.quentin@inserm.fr

CRNLCRNL