After having been exposed to strong visual motion in one direction, a subsequently
presented stationary visual scene seems to move in the opposite direction. This motion …

In the motion aftereffect (MAE), adapting to a moving stimulus causes a subsequently
presented stationary stimulus to appear to move in the opposite direction. Recently, the …

Motion aftereffect (MAE) is a negative aftereffect caused by prolonged viewing of visual
motion: after gazing at a moving grating for a while, a stationary image will appear to move …

We usually perceive a stationary, stable world despite coherent visual motion induced by
eye movements. This astonishing example of perceptual invariance results from a …

Visual processing is widely understood to be served by a decrease in alpha activity in
occipital cortices, largely concurrent with an increase in gamma activity. Although the …

The perception of changes in the direction of objects that translate in space is an important
function of our visual system. Here we investigate the brain electrical phenomena underlying …

Humans have several mechanisms for the visual perception of motion, including one that is
luminance‐based (first‐order) and another that is luminance‐independent (second‐order) …

The motion aftereffect is a robust illusion of visual motion resulting from exposure to a
moving pattern. There is a widely accepted explanation of it in terms of changes in the …

Motion aftereffects are normally tested in regions of the visual field that have been directly
exposed to motion (local or concrete MAEs). We compared concrete MAEs with remote or …

A sudden change in the direction of motion is a particularly salient and relevant feature of
visual information. Extensive research has identified cortical areas responsive to visual …