Smooth pursuit eye movements and visual motion perception rely on the integration of
current sensory signals with past experience. Experience shapes our expectation of current …

Expectations about future motions can influence both perceptual judgements and pursuit
eye movements. However, it is not known whether these two effects are due to shared …

Smooth pursuit eye movements are guided largely by retinal-image motion. To compensate
for neural conduction delays, the brain employs a predictive mechanism to generate …

Smooth pursuit eye movements maintain the line of sight on smoothly moving targets.
Although often studied as a response to sensory motion, pursuit anticipates changes in …

Anticipatory smooth eye movements (ASEM; smooth eye movements in the direction of
anticipated target motion) are elicited by cues that signal the direction of future target motion …

Anticipatory smooth pursuit eye movements cannot normally be generated in the absence of
a moving target. However, repeated presentation of identical target motion stimuli, preceded …

The ability of smooth pursuit eye movements to anticipate the future motion of targets has
been known since the pioneering work of Dodge, Travis, and Fox (1930) and Westheimer …

Humans cannot typically produce smooth eye movements in the absence of a moving
stimulus. However, they can produce predictive smooth eye movements if they expect a …

During smooth pursuit eye movements, the visual system is faced with the task of telling
apart reafferent retinal motion from motion in the world. While an efference copy signal can …

It has long been known that ocular pursuit of a moving target has a major influence on its
perceived speed (Aubert, 1886; Fleischl, 1882). However, little is known about the effect of …