After an observer adapts to a moving stimulus, texture within a stationary stimulus is
perceived to drift in the opposite direction—the traditional motion aftereffect (MAE). It has …

A number of striking illusions show that visual motion influences perceived position [1]; in all
of these, the perceived shift is accompanied or preceded by a visible and salient motion …

Adaptation to motion can produce effects on both the perceived motion (the motion
aftereffect) and the position (McGraw, Whitaker, Skillen, & Chung, 2002; Nishida & Johnston …

Where do we perceive an object to be when it is moving? Nijhawan [1] has reported that if a
stationary test pattern is briefly flashed in spatial alignment with a moving one, the moving …

Prolonged adaptation to motion in a given direction produces distinctly different visual
motion aftereffects (MAEs) when viewing static vs. dynamic test displays. The dynamic MAE …

One of the many interesting questions in motion aftereffect (MAE) research is concerned with
the location (s) along the pathway of visual processing at which certain perceptual …

The visual motion aftereffect (MAE) typically occurs when stationary contours are presented
to a retinal region that has previously been exposed to motion. It can also be generated …

We measured the magnitude of the motion aftereffect (MAE) elicited by gratings viewed
through four spatial apertures symmetrically positioned around fixation. The gratings were …

We investigated spatiotemporal characteristics of motion mechanisms using a new type of
motion aftereffect (MAE) we found. Our stimulus comprised two superimposed sinusoidal …

Prolonged exposure to a moving stimulus can substantially alter the perceived velocity (both
speed and direction) of subsequently presented stimuli. Here, we show that these changes …