Humans perform goal-directed actions such as reaching for a light switch or gras** a
coffee mug thousands of times a day. Behind the scenes of these seemingly simple actions …

The use of eye movements to explore scene processing has exploded over the last decade.
Eye movements provide distinct advantages when examining scene processing because …

Humans make frequent movements of the eyes (saccades) to explore the visual
environment. Here, we argue that visuospatial working memory (VSWM) is a fundamental …

Whenever the eyes move, spatial attention must keep track of the locations of targets as they
shift on the retina. This study investigated transsaccadic updating of visual attention to cued …

Visual attention prioritizes information presented at particular spatial locations. These
locations can be defined in reference frames centered on the environment or on the viewer …

We introduce a large-scale neurocomputational model of spatial cognition called'Spacecog',
which integrates recent findings from mechanistic models of visual and spatial perception …

With each eye movement, the image of the world received by the visual system changes
dramatically. To maintain stable spatiotopic (world-centered) visual representations, the …

Highlights•Brief review of what's known–and unknown-about spatial and feature remap**
across saccades.•Focus: what is the timing of remap** of spatial attention, and what is the …

Many models of attention assume that attentional selection takes place at a specific moment
in time that demarcates the critical transition from pre-attentive to attentive processing of …

Coordination of goal-directed behavior depends on the brain's ability to recover the
locations of relevant objects in the world. In humans, the visual system encodes the spatial …