The perceived position of a flash aligned with a moving object usually lags behind that
object. This illusion is well known as the flash-lag effect. Interestingly, head rotation alone …

The flash-lag phenomenon is an illusion that affects the perceived relationship of a moving
object and a briefly visible one: the moving object appears to be ahead of the flashed one. In …

In the flash-lag effect, a flash displayed at the same position as a moving object is perceived
to lag the moving object. Current accounts of the illusion make different predictions about …

To achieve perceptual alignment between a flashed target and a moving one, subjects
typically require the flashed target to be aligned with a position that the moving target will …

If an observer views a briefly presented (flashed) stationary object that is aligned with a
moving target, the position of the briefly presented object seems to lag behind the position of …

In the flash-lag effect (FLE), a flash in spatiotemporal alignment with a moving object is
misperceived as lagging behind the moving object. One proposed explanation for this …

As a prominent illusion, the motion aftereffect (MAE) has traditionally been considered a
visual phenomenon. Recent neuroimaging work has revealed increased activities in MT+ …

When a flash is presented in spatial alignment with a moving stimulus, the flash appears to
lag behind (the flash-lag effect). The motion of the object can influence the position of the …

In the 'flash-lag'effect, a static object that is briefly flashed next to a moving object appears to
lag behind the moving object. A flash was put up next to an intersection that appeared to be …

Motion-induced position shifts constitute a broad class of visual illusions in which motion
and position signals interact in the human visual pathway. In such illusions, the presence of …