Neurophysiological and phenomenological data on sensorimotor decision making are
growing so rapidly that it is now necessary and achievable to capture it in biologically …

The ability to select the task-relevant stimulus for a saccadic eye movement, while inhibiting
saccades to task-irrelevant stimuli, is crucial for active vision. Here, we present a novel …

Eye movements (saccades) are a necessary component of vision–with a sequence of
saccades, we can explore the entire visual scene quickly. The role of saccades is beyond …

Saccadic eye movements allow humans to explore the visual environment, quickly moving
the fovea and attention to points of interest for detailed visual processing. Despite these …

We make fast, ballistic eye movements called saccades more often than our heart beats.
Although every saccade causes a large movement of the image of the environment on our …

Humans perform saccadic eye movements two to three times per second. When doing so,
the nervous system strongly suppresses sensory feedback for extended periods of time in …

We use saccades several times per second to move the fovea between points of interest and
build an understanding of our visual environment. Recent behavioral experiments show …

Sequences of saccadic eye movements are instrumental in navigating our visual
environment. While neural activity has been shown to ramp up to a threshold before single …

In this study, we investigated the time course of oculomotor competition between bottom-up
and top-down selection processes using saccade trajectory deviations as a dependent …

Rigorous behavioral studies made in human subjects have shown that small-eccentricity
target displacements are associated with increased saccadic reaction times, but the reasons …