Purpose Stereoscopic vision (or stereopsis) is the ability to perceive depth from binocular
disparity‐the difference of viewpoints between the two eyes. Interestingly, there are large …

Purpose (1) To devise a model‐based method for estimating the probabilities of binocular
fusion, interocular suppression and diplopia from psychophysical judgements,(2) To map …

This paper is a call for greater use of individual differences in the basic science of visual
perception. Individual differences yield insights into visual perception's functional …

In this study, we compare binocular and monocular mechanisms underlying contrast
encoding by binocular simple cells in primary visual cortex. At mid to high levels of stimulus …

The rapid extraction of affective cues from the visual environment is crucial for flexible
behavior. Previous studies have reported emotion-dependent amplitude modulations of two …

The computation of horizontal binocular disparities used in stereoscopic depth perception
depends upon the identification of corresponding features in the two retinal images. In …

Humans and animals use visual cues such as brightness and color boundaries to identify
objects and navigate through environments. However, even when these cues are not …

Cortical processing of binocular disparity is believed to begin in V1 where cells are sensitive
to absolute disparity, followed by the extraction of relative disparity in higher visual areas …

The human visual system is foveated: we can see fine spatial details in central vision,
whereas resolution is poor in our peripheral visual field, and this loss of resolution follows an …

With normal binocular vision, maximal stereoacuity requires an extended viewing duration,
but the relationship between the critical viewing duration for stereopsis and other variables …