AbstractDirection repulsion is the illusory expansion of the angle between two directions of motion, and may occur when the two directions are presented simultaneously (an illusion) or successively (an aftereffect). Here we demonstrate that the motion direction illusion (DI) and aftereffect (DAE) have different mechanisms. Two experiments show that when the two interacting stimuli are presented to different eyes, the DI is greatly reduced but the DAE is obtained at near to full strength. These results suggest that different populations of cells within the visual pathway produce the DI and DAE
Motion perception involves the processing of velocity signals through several hierarchical stages of...
Across four experiments, this study investigated direction-specific adaptation and simultaneous cont...
AbstractThere are two possible binocular mechanisms for the detection of motion in depth. One is bas...
Direction repulsion is the illusory expansion of the angle between two directions of motion, and may...
There are many examples of one visual stimulus affecting the perception of another. Such effects occ...
AbstractSimultaneous direction repulsion (the direction illusion) occurs in bidirectional motion dis...
AbstractThe processing of motion information by the visual system can be decomposed into two general...
Neural adaptation and inhibition are pervasive characteristics of the primate brain, and are probabl...
AbstractSimultaneous direction repulsion (the direction illusion) occurs in bidirectional motion dis...
AbstractThe processing of motion information by the visual system can be decomposed into two general...
Neural adaptation and inhibition are pervasive characteristics of the primate brain and are probably...
Across four experiments, this study investigated direction-specific adaptation and simultaneous cont...
AbstractMotion repulsion is the illusory enlargement of the angle between objects moving in two diff...
Research into illusions and after effects of motion direction (“direction repulsion”) has produced c...
AbstractWhen counterphase spatio-temporal flicker is presented to the left and right eye continuous ...
Motion perception involves the processing of velocity signals through several hierarchical stages of...
Across four experiments, this study investigated direction-specific adaptation and simultaneous cont...
AbstractThere are two possible binocular mechanisms for the detection of motion in depth. One is bas...
Direction repulsion is the illusory expansion of the angle between two directions of motion, and may...
There are many examples of one visual stimulus affecting the perception of another. Such effects occ...
AbstractSimultaneous direction repulsion (the direction illusion) occurs in bidirectional motion dis...
AbstractThe processing of motion information by the visual system can be decomposed into two general...
Neural adaptation and inhibition are pervasive characteristics of the primate brain, and are probabl...
AbstractSimultaneous direction repulsion (the direction illusion) occurs in bidirectional motion dis...
AbstractThe processing of motion information by the visual system can be decomposed into two general...
Neural adaptation and inhibition are pervasive characteristics of the primate brain and are probably...
Across four experiments, this study investigated direction-specific adaptation and simultaneous cont...
AbstractMotion repulsion is the illusory enlargement of the angle between objects moving in two diff...
Research into illusions and after effects of motion direction (“direction repulsion”) has produced c...
AbstractWhen counterphase spatio-temporal flicker is presented to the left and right eye continuous ...
Motion perception involves the processing of velocity signals through several hierarchical stages of...
Across four experiments, this study investigated direction-specific adaptation and simultaneous cont...
AbstractThere are two possible binocular mechanisms for the detection of motion in depth. One is bas...