Several times per second, humans make rapid eye movements called saccades which
redirect their gaze to sample new regions of external space. Saccades present unique …

While our frequent saccades allow us to sample the complex visual environment in a highly
efficient manner, they also raise certain challenges for interpreting and acting upon visual …

Whenever the eyes move, spatial attention must keep track of the locations of targets as they
shift on the retina. This study investigated transsaccadic updating of visual attention to cued …

We examine whether peripheral information at a planned saccade target affects immediate
postsaccadic processing at the fovea on saccade landing. Current neuroimaging research …

To investigate visual perception around the time of eye movements, vision scientists
manipulate stimuli contingent upon the onset of a saccade. For these experimental …

Sensorimotor learning adapts motor output to maintain movement accuracy. For saccadic
eye movements, learning also alters space perception, suggesting a dissociation between …

Vision generates a stable representation of space by combining retinal input with internal
predictions about the visual consequences of eye movements. We report a type of nonrigid …

One of the more enduring mysteries of neuroscience is how the visual system constructs
robust maps of the world that remain stable in the face of frequent eye movements. Here we …

Transsaccadic perceptual fusion is the integration of pre-and postsaccadic images into a
single percept aligned in spatial coordinates. Several early studies reported an absence of …

Despite frequent eye movements that rapidly shift the locations of objects on our retinas, our
visual system creates a stable perception of the world. To do this, it must convert eye …