Despite recent advances in brain imaging, the brain’s representation of the visual world is still largely unknown. Using a new artificial intelligence technique - deep learning - to decode brain activity recorded in functional imaging, CerCo’s Rufin VanRullen and Leila Reddy can reconstruct images seen - or imagined - by subjects.
Despite recent advances in brain imaging, the brain’s representation of the visual world is still largely unknown. Using a new artificial intelligence technique – deep learning – to decode brain activity recorded in functional imaging, CerCo’s Rufin VanRullen and Leila Reddy can reconstruct images seen – or imagined – by subjects. This method, published in Nature Communications Biology, opens the door to new explorations of the brain.
Reconstructing faces from fMRI patterns using deep generative neural networks Rufin VanRullen & Leila Reddy Nature Communications Biology
A lire aussi
Macular degeneration: retraining the brain to compensate for vision loss
27 mars 2026
par Le S!C Informatique
Conférence-démo | Le sens du mouvement
05 mars 2026
par Le S!C Informatique
IN MEMORIAM Michel Imbert (1935–2026)
22 février 2026
par Le S!C Informatique
