Climatic change is widely acknowledged to have played a role in the dispersal of modern
humans out of Africa, but the timing is contentious. Genetic evidence links dispersal to …

Binocular stereopsis is one of the primary cues for three-dimensional (3D) vision in species
ranging from insects to primates. Understanding how the brain extracts depth from two …

The statistics of our environment impact not only our behavior, but also the selectivity and
connectivity of the early sensory cortices. Over the last fifty years, powerful theories such as …

Binocular stereopsis is the ability of a visual system, belonging to a live being or a machine,
to interpret the different visual information deriving from two eyes/cameras for depth …

How does our brain use differences between the images in our two eyes, binocular
disparities, to generate depth perception? New work shows that a type of neural network …

Several studies demonstrated that functional magnetic resonance imaging (fMRI) signals in
early visual cortex can be used to reconstruct 2-dimensional (2D) visual contents. However …

Human visual performance degrades substantially as the angular distance from the fovea
increases. This decrease in performance is found for both binocular and monocular vision …

Stereopsis is a par excellence demonstration of the computational power that neural
systems can encapsulate. How is the brain capable of swiftly transforming a stream of …

The human visual system uses saccadic and vergence eyes movements to foveate
interesting objects with both eyes, and thus exploring the visual scene. To mimic this …