Around the time of execution of an eye movement, participants systematically misperceive
the spatial location of briefly flashed visual stimuli. This phenomenon, known as …

Briefly presented stimuli occurring just before or during a saccadic eye movement are
mislocalized, leading to a compression of visual space toward the target of the saccade. In …

Localization of a brief visual target is inaccurate when presented around saccade onset.
Perisaccadic mislocalization is maximal in the saccade direction and varies systematically …

Visual objects briefly presented around the time of saccadic eye movements are perceived
compressed towards the saccade target. Here, we investigated perisaccadic mislocalization …

We normally perceive a stable visual environment despite repetitive eye movements. To
achieve such stability, visual processing integrates information across saccades, and …

Every saccadic eye movement that we make changes the image of the world on our retina.
Yet, despite these retinal shifts, we still perceive our visual world to be stable. Efference copy …

As we shift our gaze to explore the visual world, information enters cortex in a sequence of
successive snapshots, interrupted by phases of blur. Our experience, in contrast, appears …

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 …

Objects flashed around the onset of a saccadic eye movement are grossly mislocalized.
Perisaccadic mislocalization has been related to a spatiotemporal misalignment of an …

To foveate a visual target, subjects usually execute a primary hypometric saccade (S1)
bringing the target in perifoveal vision, followed by a corrective saccade (S2) or by more …