High-acuity foveal processing is vital for human vision. Nonetheless, little is known about
how the preparation of large-scale rapid eye movements (saccades) affects visual sensitivity …

Goal-directed eye movements (saccades) bring peripheral objects of interest into high-acuity
foveal vision. In preparation for the incoming foveal image, the perception of the saccade …

Humans use rapid eye movements (saccades) to inspect stimuli with the foveola, the region
of the retina where receptors are most densely packed. It is well established that visual …

Humans and other animals with foveate vision make saccadic eye movements to prioritize
the visual analysis of behaviorally relevant information. Even before movement onset, visual …

It is known that attention shifts prior to a saccade to start processing the saccade target
before it lands in the foveola, the high-resolution region of the retina. Yet, once the target is …

Visual processing varies dramatically across the visual field. These differences start in the
retina and continue all the way to the visual cortex. Despite these differences in processing …

Due to the inhomogenous visual representation across the visual field, humans use
peripheral vision to select objects of interest and foveate them by saccadic eye movements …

When visual objects shift rapidly across the retina, they produce motion blur. Intra-saccadic
visual signals, caused incessantly by our own saccades, are thought to be eliminated at …

Human vision is characterized by a consistent pattern of saccadic eye movements. With
each saccade, internal object representations change their retinal position and spatial …

Researchers have shown that the promptness to initiate a saccade is modulated by
countless factors pertaining to the visual context and the task. However, experiments on …