Co-registration of EEG and eye movement has promise for investigating perceptual
processes in free viewing conditions, provided certain methodological challenges can be …

Eye movements are inhibited prior to the onset of temporally-predictable visual targets. This
oculomotor inhibition effect could be considered a marker for the formation of temporal …

The accurate extraction of signals out of noisy environments is a major challenge of the
perceptual system. Forming temporal expectations and continuously matching them with …

The world appears stable despite saccadic eye-movements. One possible explanation for
this phenomenon is that the visual system predicts upcoming input across saccadic eye …

Sensory organs are thought to sample the environment rhythmically thereby providing
periodic perceptual input. Whisking and sniffing are governed by oscillators which impose …

Every time we move our eyes, the retinal locations of objects change. To distinguish the
changes caused by eye movements from actual external motion of the objects, the visual …

While viewing a scene, the eyes are attracted to salient stimuli. We set out to identify the
brain signals controlling this process. In a contour integration task, in which participants …

Temporal regularities can guide our attention to focus on a particular moment in time and to
be especially vigilant just then. Previous research provided evidence for the influence of …

Eye movement research has shown that attention shifts from the currently fixated location to
the next before a saccade is executed. We investigated whether the cost of the attention shift …

When freely viewing a scene, the eyes often return to previously visited locations. By
tracking eye movements and coregistering eye movements and EEG, such refixations are …