The visual motion aftereffect (MAE) is the most prominent aftereffect in the visual system.
Regarding its function, psychophysical studies suggest its function to be a form of sensory …

The brain combines visual, vestibular and proprioceptive information to distinguish between
self-and world motion. Often these signals are complementary and indicate that the …

Earlier functional imaging studies on visually induced self-motion perception (vection)
disclosed a bilateral network of activations within primary and secondary visual cortex areas …

A general theme in sensory perception is that exposure to a stimulus makes it seem more
neutral such that perception of subsequent stimuli is shifted in the opposite direction. The …

This study investigates motion-sickness-related brain responses using a VR-based driving
simulator on a motion platform with six degrees of freedom, which provides both visual and …

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 …

Visually induced motion sickness (VIMS) is triggered in susceptible individuals by stationary
viewing of moving visual scenes. VIMS is often preceded by an illusion of self-motion …

Interocular transfer of the motion aftereffect (MAE) has been extensively investigated for the
purpose of analysing the binocularity of the underlying motion mechanism. Previous studies …

Activation of the human visual motion area V5/MT was previously thought to be the basis of
the motion aftereffect. New findings suggest that previous observations were confounded by …