High-acuity foveal processing is vital for human vision. Nonetheless, little is known about
how the preparation of large-scale rapid eye movements (saccades) affects visual sensitivity …

It has been suggested that, prior to a saccade, visual neurons predictively respond to stimuli
that will fall in their receptive fields after completion of the saccade. This saccadic remapping …

Predictive remapping of receptive fields (RFs) is thought to be one of the critical mechanisms
for enforcing perceptual stability during eye movements. While RF remapping has been …

Across saccades, humans can integrate the low-resolution presaccadic information of an
upcoming saccade target with the high-resolution postsaccadic information. There is …

Our eyes are in constant motion, yet we perceive the visual world as stable. Predictive
remapping of receptive fields is thought to be one of the critical mechanisms for enforcing …

Neurons in the visual cortex quickly adapt to constant input, which should lead to perceptual
fading within few tens of milliseconds. However, perceptual fading is rarely observed in …

Previous studies have suggested that stimulus representations in the visual system are
remapped across eye movements during perception. Interestingly, our visual system does …

Despite the continuously changing visual inputs caused by eye movements, our perceptual
representation of the visual world remains remarkably stable. Visual stability has been a …

Despite the fovea's singular importance for active human vision, the impact of large eye
movements on foveal processing remains elusive. Building on findings from passive fixation …

How does the brain maintain spatial attention despite the retinal displacement of objects by
saccades? A possible solution is to use the vector of an upcoming saccade to compensate …