Eye movements are an integral and essential part of our human foveated vision system.
Here, we review recent work on voluntary eye movements, with an emphasis on the last …

Visual perception and eye movements are considered to be tightly linked. Diverse fields,
ranging from developmental psychology to computer science, utilize eye tracking to …

Many neurophysiological studies in monkeys have indicated that visual motion information
for the guidance of perception and smooth pursuit eye movements is–at an early stage …

Our brain can be recognized as a network of largely hierarchically organized neural circuits
that operate to control specific functions, but when acting in parallel, enable the performance …

To take the best actions, we often need to maintain and update beliefs about variables that
cannot be directly observed. To understand the principles underlying such belief updates …

Purpose: Stereoscopic vision, by detecting interocular correlations, enhances depth
perception. Stereodeficiencies often emerge during the first months of life, and left untreated …

Psychophysical studies and our own subjective experience suggest that, in natural viewing
conditions (ie, at medium to high contrasts), monocularly and binocularly viewed scenes …

Perceptual learning improves detection and discrimination of relevant visual information in
mature humans, revealing sensory plasticity. Whether visual perceptual learning affects …

Since the discovery of neurons selective for pattern motion direction in primate middle
temporal area MT (;), the neural computation of this signal has been the subject of intense …

Motion-sensitive neurons in the middle temporal (MT) and medial superior temporal (MST)
areas perform the sensory analysis required for both motion perception and controlling …