When we catch a moving object in mid-flight, our eyes and hands are directed toward the
object. Yet, the functional role of eye movements in guiding interceptive hand movements is …

Due to the close relationship between oculomotor behavior and visual processing, eye
movements have been studied in many different areas of research over the last few …

Just-Noticeable Difference (JND) is the minimal amount of signal change that the human
being is able to perceive. The human has five major sensing organs, namely, eyes, ears …

Real-world tasks, such as avoiding obstacles, require a sequence of interdependent choices
to reach accurate motor actions. Yet, most studies on primate decision making involve …

Spontaneous fluctuations in cortical excitability influence sensory processing and behavior.
These fluctuations, long thought to reflect global changes in cortical state, were recently …

Postural stabilization is essential to effectively interact with our environment. Humans
preemptively adjust their posture to counteract impending disturbances, such as those …

In daily life we often interact with moving objects in tasks that involve analyzing visual
motion, like catching a ball. To do so successfully we track objects with our gaze, using a …

To avoid collisions, pedestrians depend on their ability to perceive and interpret the visual
motion of other road users. Eye movements influence motion perception, yet pedestrians' …

To accurately foveate a moving target, the oculomotor system needs to estimate the position
of the target at the saccade end, based on information about its position and ongoing …

A core goal of visual neuroscience is to predict human perceptual performance from natural
signals. Performance in any natural task can be limited by at least three sources of …