This guide describes best practices in using eye tracking technology for research in a variety
of disciplines. A basic outline of the anatomy and physiology of the eyes and of eye …

The capacity to briefly memorize fleeting sensory information supports visual search and
behavioral interactions with relevant stimuli in the environment. Traditionally, studies …

The way the cognitive system scans the visual environment for relevant information–visual
search in short–has been a long-standing central topic in vision science. From its inception …

Researchers in the field of active perception study how sensory processes coalesce with
motor actions to extract information from the world. Such actions intrinsically alter perceptual …

Our vision depends upon shifting our high-resolution fovea to objects of interest in the visual
field. Each saccade displaces the image on the retina, which should produce a chaotic …

With every saccadic eye movement, humans bring new information into their fovea to be
processed with high visual acuity. Notably, perception is enhanced already before a relevant …

Eye tracking is a powerful and sophisticated tool that provides an objective glimpse into the
cognition of healthcare providers, patients, caregivers, and medical device users. Insights …

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 …

Saccadic eye movements cause a rapid sweep of the visual image across the retina and
bring the saccade's target into high-acuity foveal vision. Even before saccade onset, visual …

Selection for visual short-term memory (vstm) provides a basis for many cognitive functions.
Saccadic eye movements sway this selection in favor of stimuli previously seen at locations …