When a visual object changes its position along with certain sequential regularities, the
visual system rapidly and automatically forms a prediction regarding the future position of …

To maintain real-time interaction with a dynamically changing visual object, the brain is
thought to automatically predict the next state of the object based on the pattern of its …

In order to investigate attention conjunction mechanisms of multidimensional stimuli, ERPs
were recorded in 21 right-handed paid volunteers. The task consisted in paying selective …

Behavioral phenomena such as representational momentum suggest that the brain can
automatically predict the next state of a visual object, based on sequential rules embedded …

This study investigated the cortical mechanisms of visual-spatial attention in a task where
subjects discriminated patterned targets in one visual field at a time. Functional magnetic …

While there is a general agreement about the sensory properties of the early-latency C1
(P/N80) and P1 components of visual evoked potentials (VEPs), the literature is not …

From the vast array of stimuli continually inundating our senses, only a very small portion is
selected for higher-order processing. This selection is influenced by voluntary and reflexive …

Allocation of processing resources to emotional picture stimuli was examined using steady-
state visual evoked brain potentials (ssVEPs). Participants viewed a set of 60 colored …

Psychological and neurophysiological models of visual processing have traditionally
emphasized hierarchical models to explain how separate features of visual stimuli are …

Controversy revolves around the question of whether psychological factors like attention and
emotion can influence the initial feedforward response in primary visual cortex (V1) …