AbstractActivation 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 attention and arousal, providing evidence that adaptation of directionally selective neurons in area V5/MT represents the fundamental substrate for the motion aftereffect
An attentionally demanding task undertaken during adaptation to motion reduces the duration of the s...
AbstractRecent studies of areas V1 and MT in the visual cortex show that exposure to a stimulus can ...
The motion aftereffect causes a visual stimulus to undergo apparent motion. An adapting stimulus, wh...
AbstractActivation of the human visual motion area V5/MT was previously thought to be the basis of t...
AbstractStudies in primate physiology and human functional neuroimaging have convincingly shown that...
The motion aftereffect is a robust illusion of visual motion resulting from exposure to a moving pa...
AbstractSeveral previous psychophysical and neurophysiological studies have investigated the separat...
The human sensory system features many dynamic and functional mechanisms that address processing cap...
NoUntil recently, it was widely believed that object position and object motion were represented ind...
AbstractWe have studied the effects of voluntary attention on the induction of motion aftereffects (...
We have studied the effects of voluntary attention on the induction of motion aftereffects (MAEs). W...
The motion aftereffect (MAE) provides a behavioural probe into the mechanisms underlying motion perc...
AbstractUntil recently, it was widely believed that object position and object motion were represent...
After a prolonged exposure to directional motion (adaptation), a subsequently presented stationary t...
AbstractSeveral fMRI studies have reported MT+ response increases correlated with perception of the ...
An attentionally demanding task undertaken during adaptation to motion reduces the duration of the s...
AbstractRecent studies of areas V1 and MT in the visual cortex show that exposure to a stimulus can ...
The motion aftereffect causes a visual stimulus to undergo apparent motion. An adapting stimulus, wh...
AbstractActivation of the human visual motion area V5/MT was previously thought to be the basis of t...
AbstractStudies in primate physiology and human functional neuroimaging have convincingly shown that...
The motion aftereffect is a robust illusion of visual motion resulting from exposure to a moving pa...
AbstractSeveral previous psychophysical and neurophysiological studies have investigated the separat...
The human sensory system features many dynamic and functional mechanisms that address processing cap...
NoUntil recently, it was widely believed that object position and object motion were represented ind...
AbstractWe have studied the effects of voluntary attention on the induction of motion aftereffects (...
We have studied the effects of voluntary attention on the induction of motion aftereffects (MAEs). W...
The motion aftereffect (MAE) provides a behavioural probe into the mechanisms underlying motion perc...
AbstractUntil recently, it was widely believed that object position and object motion were represent...
After a prolonged exposure to directional motion (adaptation), a subsequently presented stationary t...
AbstractSeveral fMRI studies have reported MT+ response increases correlated with perception of the ...
An attentionally demanding task undertaken during adaptation to motion reduces the duration of the s...
AbstractRecent studies of areas V1 and MT in the visual cortex show that exposure to a stimulus can ...
The motion aftereffect causes a visual stimulus to undergo apparent motion. An adapting stimulus, wh...
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