We used ERPs to investigate whether temporal attention interacts with spatial attention and
feature‐based attention to enhance visual processing. We presented a visual search display …

Temporal attention, that is, the process of anticipating the occurrence of a stimulus at a given
time point, has been shown to improve perceptual processing of visual stimuli. In the present …

We tracked the deployment of visual spatial attention as indexed by an electrophysiological
event-related potential named the N-2-posterior-contralateral (N2pc). We expected that a …

To investigate temporal dynamics of the spatial scaling of attention during visual search,
event-related potentials (ERPs) were measured in young subjects who performed a search …

Even though information is spatially and temporally irrelevant, it can influence the
processing of subsequent information. The present study used a spatial cuing paradigm to …

We investigated the influence of feature-based visual attention on later temporal perception.
Although there is ample evidence that space-based attention modulates temporal …

The temporal dynamics of the spatial scaling of attention during visual search were
examined by recording event-related potentials (ERPs). A total of 16 young participants …

The present study addressed the question of whether temporal preparation influences
perceptual stimulus processing in a selective manner. In three visual search experiments …

Searching a target was shown to be facilitated when embedded in a homogeneous
compared to a heterogeneous context. This study investigated extended attention …

When target-defining features are specified in advance, attentional target selection in visual
search is controlled by preparatory top-down task sets. We used ERP measures to study …