Eye–hand coordination is complex because it involves the visual guidance of both the eyes
and hands, while simultaneously using eye movements to optimize vision. Since only hand …

Saccadic eye movements rapidly displace the image of the world that is projected onto the
retinas. In anticipation of each saccade, many neurons in the visual system shift their …

A gain field, the scaling of a tuned neuronal response by a postural signal, may help support
neuronal computation. Here, we characterize eye and hand position gain fields in the …

Spatial updating is the means by which we keep track of the locations of objects in space
even as we move. Four decades of research have shown that humans and non-human …

The success of the human species in interacting with the environment depends on the ability
to maintain spatial stability despite the continuous changes in sensory and motor inputs …

Perceptual phenomena that occur around the time of a saccade, such as peri-saccadic
mislocalization or saccadic suppression of displacement, have often been linked to …

Whenever we shift our gaze, any location information encoded in the retinocentric reference
frame that is predominant in the visual system is obliterated. How is spatial memory retained …

Signals related to eye position are essential for visual perception and eye movements, and
are powerful modulators of sensory responses in many regions of the visual and oculomotor …

Human saccades require a nonlinear, eye orientation–dependent reference frame
transformation to transform visual codes to the motor commands for eye muscles. Primate …

Various cortical and sub-cortical brain structures update the gaze-centered coordinates of
remembered stimuli to maintain an accurate representation of visual space across eyes …