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

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 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 …

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 …

Motion aftereffect (MAE) is a type of motion illusion. After visual focusing on an object
moving in one direction, an illusory perception of motion in the opposite direction occurs …

To understand how we perceive the world around us, illusions have been used to gain
insight into our perceptual systems. The most common types of illusions studied are visual …

The human brain uses information from various sensory systems to gauge orientation of the
body with respect to the external environment. Our perception of space is based on the …

The visual motion aftereffect is a visual illusion in which exposure to continuous motion in
one direction leads to a subsequent illusion of visual motion in the opposite direction …

Self-Motion Perception: Ups and Downs of Multisensory Integration and Conflict Detection:
Current Biology Skip to Main Content Advertisement Current Biology This journal offers authors …

In response to translations of the head, the linear vestibulo‐ocular reflex (LVOR) produces
compensatory eye movements that are high‐pass in nature, with a declining response …