Motion aftereffects (MAEs), illusory motion experienced in a direction opposed to real motion
experienced during prior adaptation, have been used to assess audiovisual interactions. In …

As a mechanism to detect differential motion, we have proposed a model of 'a motion
contrast detector'and have shown that it can explain the perceptual change from motion …

In order for an illusion to be so considered, two measurements are required. The most
common are the physical characteristics of the stimulus and some suitable index of its …

Adaptation to first-order (luminance defined) motion produces not only a motion aftereffect
but also a position aftereffect, in which a target pattern's perceived location is shifted …

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 …

A static or counterphase (target) grating surrounded by drifting (inducer) gratings is
perceived to move in the direction opposite that of the inducers. We compared the relative …

According to the traditional inferential theory of perception, percepts of object motion or
stationarity stem from an evaluation of afferent retinal signals (which encode image motion) …

As we move in space, our retinae receive motion signals from two causes: those resulting
from motion in the world and those resulting from self-motion. Mounting evidence has shown …

Repetitive eye movements are known to produce motion aftereffect (MAE) when made to
track a moving stimulus. Explanations typically centre on the retinal motion created in the …

The motion aftereffect is strongest after viewing a moving field embedded in a patterned
stationary surround, which suggests that relative motion is an important signal for its …