… to “spread” outside of the adapting region in the retina and in space, but only to a certain
extent. Overall, the results suggest that, besides gathering information about global …

… While the vMAE requires participants to look at dynamic and static stimuli projected to the
same location on the retina and the aMAE requires listening the frequencies moving through …

… In Experiment 1 (implied motion), we find support for decision-level … 2 (real motion), we find
equal changes to decisions and confidence. Our results suggest the implied motion aftereffect …

… ), adaptation to motion within a window produced an aftereffect at … at the same spatial but
different retinal locations. The hand-… In everyday life, a head turn usually results in retinal motion …

… motion aftereffects were tested subsequently in a constant stimuli procedure where subjects
were asked to judge the skew, or the motion … between form and motion features during skew …

… , that act as spatiotemporal filters of luminance distributions on the retina. … aftereffect we
found cannot be explained by local motion adaptation to the drifting carrier per se, as its motion …

… aftereffects should be assumed. Only one of them is attributable to aNSA process. 3. Further
investigation of the movement aftereffect … retinal areas produces a weakening ofthe motion …

… sensitivity (gain) of reflexive eye movements (vestibuloocular reflex, VOR) responsible for
stabilizing images on the retina during head movements. Vestibular compensation, however, …

… motion signals from the retina to higher cortical motion … Motion Bridging Effect (MBE) is an
illusion in which a motion that is not consciously visible generates a visible motion aftereffect …

… and, therefore, the activation of more peripheral retinal regions, and second, the distance of
the … , eye movements during the presentation of the probe stimuli might affect the aftereffect …