Interaction of pre- and postsaccadic patterns having the same coordinates in space.

TL;DR: This paper discusses several defects of vision and the classical theories of how they are overcome, and suggests an alternative approach, in which the outside world is considered as a kind of external memory store which can be accessed instantaneously by casting one's eyes (or one's attention) to some location.

TL;DR: This review considers the substantial advances in understanding the neuronal mechanisms underlying this visual stability derived primarily from neuronal recording and inactivation studies in the monkey, an excellent model for systems in the human brain.

TL;DR: In this article, the authors present three lines of evidence indicating a low-level visual deficit in a large percentage of specifically-disabled readers, which they present within the theoretical framework of spatial frequency analysis, in particular the framework of transient and sustained subsystems.

TL;DR: Spatial contrast measurements have been carried out with sine wave modulated fields, varying the aperture and the luminance and the modulation threshold turns out to depend upon the number of cycles in the stimulus for numbers of cycles below a critical number ofcycles.

TL;DR: This saccadic suppression is discussed in terms of metacontrast, with the accumulated luminance in the period after the saccade primarily responsible for masking the effects of the stimulation received during the movement of the eye.

TL;DR: Visual threshold for stroboscope test flashes was measured during saccadic eye movements over various backgrounds and compared with measures obtained during eye fixation when the same backgrounds were “saccadically” displaced, suggesting no necessity for corollary discharge or other oculomotor interference with primary visual processes during eye movement.