Organisée par Yves Laszlo et Nicolas Baumard.
Cette journée de rencontre vise à promouvoir la collaboration scientifique entre départements et à créer de nouveaux projets interdisciplinaires.
9:30 INTRODUCTION - Yves Laszlo
9:45 COMPUTER SCIENCE
With presentations of collaborations with Biology and Cognitive Sciences
9:45 ‘Recent advances in machine learning’ Francis Bach
Numerous studies have demonstrated that the power of ongoing alpha oscillations in the EEG is inversely related to neural excitability, as reflected in spike-firing rate, multi-unit activity, or the hemodynamic fMRI signal. Furthermore, alpha oscillations also affect behavioral performance in perceptual tasks. However, it is surprisingly unclear which latent perceptual or cognitive mechanisms mediate this effect. For example, an open question is whether neuronal excitability fluctuations induced by alpha oscillations affect an observer’s acuity or perceptual bias.
Giovanni présentera Mégevand et al (2019), "Phase resetting in human auditory cortex to visual speech".
In the mammalian brain, sensory representations emerge from the activity of interconnected neurons in large cortical networks. Learning novel representations requires modifications in the
Mini-Symposium organisé par Pascal Mamassian (LSP/DEC) et Jean-François Léger (IBENS).
10h30 - 11h30 Frédéric Chavane (Institut des Neurosciences de la Timone, Marseille)
The role of cortical waves in shaping the dynamic processing of visual information
Pour rencontrer Tamar Makin, merci de contacter Frederique de Vignemont, fvignemont@gmail.com
Pour la première fois, quatre grandes écoles ont décidé de faire Portes Ouvertes communes. Situées au coeur de Paris, l’École normale supérieure, l’ESPCI Paris, MINES ParisTech et Chimie ParisTech, toutes membres de l’Université PSL (Paris Sciences & Lettres), ouvriront leurs établissements le samedi 16 février de 13h à 18h. Leur volonté ? Donner aux étudiants l’envie d’intégrer leurs formations, qui couvrent un très large panel de disciplines, et qui offrent de nombreuses passerelles entre elles.
Human midbrain contains nuclei with critical functions for sensation and perception. In particular, the superior colliculus (SC) mediates eye and head movements, the allocation of attention, and multi-sensory integration that are all critical to visually guided behavior. Inferior colliculus (IC) plays a critical in auditory guided behavior. Both of these structures are small (<1 cm diameter) and divided functionally and cytoarchitecturally into multiple laminae.
