Visual motion processing can be conceptually divided into two levels. In the lower level,
local motion signals are detected by spatiotemporal-frequency-selective sensors and then …

Given the ecological importance of biological motion and its relevance to social cognition,
considerable effort has been devoted over the past decade to studying biological motion …

Adaptation at early stages of sensory processing can be propagated to downstream areas.
Such inherited adaptation is a potential confound for functional magnetic resonance imaging …

The way that attention affects the processing of visual information is one of the most
intriguing fields in the study of visual perception. One way to examine this interaction is by …

It has been shown that humans cannot perceive more than three directions from a
multidirectional motion stimulus. However, it remains unknown whether adapting to such …

В настоящее время есть серьезные основания полагать, что последействие движения
характерно для всех сенсорных систем, участвующих в ориентации в пространстве …

An object moving through three-dimensional (3D) space typically yields different patterns of
velocities in each eye. For an interocular velocity difference cue to be used, some instances …

After adapting to a certain motion direction, our perception of a similar direction will be
repelled away from the adapting direction, a phenomenon known as the direction aftereffect …

Sensory adaptation is a useful tool to identify the links between perceptual effects and
neural mechanisms. Even though motion adaptation is one of the earliest and most …

Numerous studies have measured the extent to which motion aftereffects transfer
interocularly. However, many have done so using bias-prone methods, and studies rarely …