This Mini‐Review summarizes a wide range of sex differences in the human visual system,
with a primary focus on sex differences in visual perception and its neural basis. We …

Humans are more efficient when performing actions towards objects presented in the lower
visual field (VF) than in the upper VF. The present study used slow event-related functional …

The human brain integrates hemifield-split visual information via interhemispheric transfer.
The degree to which neural circuits involved in this process behave differently during word …

Retinotopic organization is a ubiquitous property of lower-tier visual cortical areas in human
and nonhuman primates. In macaque visual cortex, the retinotopic maps extend to higher …

Until recently, the general consensus with respect to the organization of ventral visual cortex
is that early, retinotopic regions are sensitive to the spatial position of the input stimuli …

Reading relies on the rapid visual recognition of words viewed in a wide variety of fonts. We
used fMRI to identify neural populations showing reduced fMRI responses to repeated …

Memory for objects and their location is a cornerstone of adequate cognitive functioning
across the lifespan. Considering that human visual perception depends on the position of …

A host of recent studies have reported robust representations of visual object information in
the human parietal cortex, similar to those found in ventral visual cortex. In ventral visual …

Face inversion produces a detrimental effect on face recognition. The extent to which the
inversion of faces and other kinds of objects influences the perceptual binding of visual …

We used fMRI to study figure–ground representation and its decay in primary visual cortex
(V1). Human observers viewed a motion-defined figure that gradually became camouflaged …