If our visual system has a distinct computational process for motion trajectories, such a
process may minimize redundancy and emphasize variation in object trajectories by …

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 …

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 …

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

To determine how the visual system represents information about change in target direction,
we studied the detection of such change under conditions of varying stimulus certainty …

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 …

Despite several findings of perceptual asynchronies between object features, it remains
unclear whether independent neuronal populations necessarily code these perceptually …

When ambiguous visual stimuli are presented continuously, they often lead to oscillations
between usually two perceptions. Because of these oscillations, it has been thought that the …

It is well known that context influences our perception of visual motion direction. For
example, spatial and temporal context manipulations can be used to induce two well-known …

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 …