Much of what we know about how the brain forms decisions comes from studies of saccadic
eye movements. However, saccadic decisions are often studied in isolation, which limits the …

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 …

Saccadic eye movements are the result of neural decisions about where to move the eyes.
These decisions are based on visual information accumulated before the saccade; however …

The characteristics of movements are strongly history-dependent. Marinovic et al.(Marinovic
W, Poh E, de Rugy A, Carroll TJ. eLife 6: e26713, 2017) showed that past experience …

Behavioral measures of decision making are usually limited to observations of decision
outcomes. In the present study, we made use of the fact that oculomotor and sensory …

We investigated human oculomotor behaviour in a Go–NoGo saccadic task in which the
saccadic response to a peripheral visual target was to be inhibited in a minority of trials …

Saccadic eye movements sample the visual world and ensure high acuity across the visual
field. To compensate for delays in processing, saccades to moving targets require …

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 …

Models of perceptual decision making often assume that sensory evidence is accumulated
over time in favor of the various possible decisions, until the evidence in favor of one of them …

Researchers have shown that the promptness to initiate a saccade is modulated by
countless factors pertaining to the visual context and the task. However, experiments on …