Many experiments aim to investigate the time-course of cognitive processes while
measuring a single response per trial. A common first step in the analysis of such data is to …

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

In many brain areas, sensory responses are heavily modulated by factors including
attentional state, context, reward history, motor preparation, learned associations, and other …

It has been shown that humans associate fingers with numbers because finger counting
strategies interact with numerical judgements. At the same time, there is evidence that there …

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 …

Stimuli briefly flashed just before a saccade are perceived closer to the saccade target, a
phenomenon known as perisaccadic compression of space (Ross et al.,). More recently, we …

Previous research has shown that subjects systematically misperceive the location of visual
and haptic stimuli presented briefly around the time of a movement of the sensory organ …

A stimulus that is flashed around the time of a saccade tends to be mislocalized in the
direction of the saccade target. Our question is whether the mislocalization is related to the …

In dynamic environments, it is crucial to accurately consider the timing of information. For
instance, during saccades the eyes rotate so fast that even small temporal errors in relating …

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 …