… by the flashing, static objects and was used to decode object … lower-left quadrants after a
delay of 200 ms and continued … -Geisser corrected) objects, suggesting that subjects maintained …

… moving object is high and the lag in the ‘flashed’ object originates from its high unpredictability,
so that its neural delay … Our hypothesis is that motion extrapolation, or the compensatory …

… I discuss that if motion extrapolation is processed according to … a response phase shift created
by the hemodynamic delay. … of a series of spatially-distinct flashes. Remarkably, V1 activity …

… can intrinsically modulate attentional and cognitive processes, … green (corrected p = 0.009)
and blue flashes (corrected p = … opponency priors and motion extrapolation priors to give rise …

… leading to reductions in response delays. Repetitive stimuli such … the sensory illusion that
the flashes are being stretched further … and spatial accuracy of motion extrapolation can be the …

… number of actually tracked objects when corrected for guessing)… all other attentional paradigms
that draw upon attentional … times for the detection of flashes on targets increased with the …

… The presence of this delay gives rise to the motion direction … stimulus is flashed in spatial
alignment with a moving object, … brain could simply extrapolate the position of moving objects, a …

… For the current experiment, this clip was edited to create two test conditions: … three additional
things: (a) report whether they had seen the ball move up on … Extrapolation or attention shift …

… (FG), a static object is briefly flashed on a moving texture as the … a wider range of temporal
delays. The distribution of days … Motion extrapolation has been argued to be valuable in …

… and interact with moving objects as though there were no delay (… between predictive motion
extrapolation and temporal … in which a target is briefly flashed on top of a moving texture as it …