The relationship between visual attentional selection of items in particular spatial locations
and selection by nonspatial criteria was investigated in a partial report experiment with …

Selective attention enables us to prioritise the processing of relevant over irrelevant
information. The model of priority maps with stored attention weights provides a conceptual …

The debate on whether feature attention (FA) and spatial attention (SA) share a common
neural mechanism remains unresolved. Previous neuroimaging studies have identified …

Visual attention mechanisms prioritize selected information in the context of limited cognitive
resources. When multiple valid sources of information regarding a target item are present …

Specific visual features can be attended to and processed with a higher priority by our brain,
termed feature-based attention (FBA). Two potential mechanisms for FBA have been …

When making decisions, humans can maximize the positive outcome of their actions by
choosing the option associated with the highest reward. We have recently shown that …

Attention alters how we perceive our surroundings by selectively prioritizing a subset of
visual information at the expense of the rest. Covert spatial attention selects behaviorally …

Despite the fovea's singular importance for active human vision, the impact of large eye
movements on foveal processing remains elusive. Building on findings from passive fixation …

The ability to integrate several features into one object greatly increases the capacity of
visual working memory (VWM). This finding has been taken as evidence that attention in …

Human observers use cues to guide visual attention to the most behaviorally relevant parts
of the visual world. Cues are often separated into two forms: those that rely on spatial …