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 …

Several times per second, humans make rapid eye movements called saccades which
redirect their gaze to sample new regions of external space. Saccades present unique …

Visual perception is thought to be supported by a stabilization mechanism integrating
information over time, resulting in a systematic attractive bias in experimental contexts …

Perceptual learning is the ability to enhance perception through practice. The hallmark of
perceptual learning is its specificity for the trained location and stimulus features, such as …

Saccadic eye movements alter the visual processing of objects of interest by bringing them
from the periphery, where there is only low-resolution vision, to the high-resolution fovea …

With every saccade, humans must reconcile the low resolution peripheral information
available before a saccade, with the high resolution foveal information acquired after the …

Numerals, that is, semantic expressions of numbers, enable us to have an exact
representation of the amount of things. Visual processing of numerals plays an …

The experience of our visual surroundings appears continuous, contradicting the erratic
nature of visual processing due to saccades. A possible way the visual system can construct …

Across saccades, humans can integrate the low-resolution presaccadic information of an
upcoming saccade target with the high-resolution postsaccadic information. There is …

Humans make two to four rapid eye movements (saccades) per second, which, surprisingly,
does not lead to abrupt changes in vision. To the contrary, we perceive a stable world …