F Peronnet

TL;DR: The results indicate that multisensory integration is mediated by flexible, highly adaptive physiological processes that can take place very early in the sensory processing chain and operate in both sensory-specific and nonspecific cortical structures in different ways.

TL;DR: Sustained γ-band activity during the rehearsal of the first stimulus representation in short-term memory peaked at both occipitotemporal and frontal electrodes, and fits with the idea of a synchronized cortical network centered on prefrontal and ventral visual areas.

TL;DR: It has been shown that the attention effect is expressed by at least two components in specific auditory areas, one of small amplitude, occurring during the ascending slope of the N1 component, sensitive to the pitch of the attended stimulus, and possibly originating in the supratemporal plane of the auditory cortex.

TL;DR: An effect of imagery was seen within 200 ms following stimulus presentation, at the latency of the first negative component of the visual ERP, localized at the occipital and posterior temporal regions of the scalp, that is, directly over visual cortex, providing support for the claim that mental images interact with percepts in the visual system proper and hence thatmental images are themselves visual representations.

TL;DR: It is concluded that this late negativity shown in event-related potentials is an ERP marker of the mental rotation process, and that this process engages primarily posterior brain regions.