Flashes presented around the time of a saccade are often mislocalized. Such mislocalization is influenced by various factors. Here, we evaluate the role of the saccade target as a landmark when localizing flashes. The experiment was performed in a normally illuminated room to provide ample other visual references. Subjects were instructed to follow a randomly jumping target with their eyes. We flashed a black dot on the screen around the time of saccade onset. The subjects were asked to localize the black dot by touching the appropriate location on the screen. In a first experiment, the saccade target was displaced during the saccade. In a second experiment, it disappeared at different moments. Both manipulations affected the mislocalizatio...
It is known that spatial localization of flashed objects fails around the time of rapid eye movement...
In dynamic environments, it is crucial to accurately consider the timing of information. For instanc...
In dynamic environments, it is crucial to accurately consider the timing of information. For instanc...
Flashes presented around the time of a saccade are often mislocalized. Such mislocalization is influ...
Contains fulltext : 103173.pdf (publisher's version ) (Closed access)Flashes prese...
AbstractFlashes presented around the time of a saccade are often mislocalized. The precise pattern o...
Flashes presented around the time of a saccade are often mislocalized. The precise pattern of misloc...
AbstractBased on localization error for a single perisaccadic flash, eye position signal is supposed...
A stimulus that is flashed around the time of a saccade tends to be mislocalized in the direction of...
A stimulus that is flashed around the time of a saccade tends to be mislocalized in the direction of...
The perceptual localization of objects flashed at the time of a saccade often shows large spatial di...
A stimulus that is flashed around the time of a saccade tends to be mislocalized in the direction of...
It is known that spatial localization of flashed objects fails around the time of rapid eye movement...
AbstractA photic stimulus flashed just before a saccade in the dark tends to be mislocalized in the ...
Contains fulltext : 103186.pdf (publisher's version ) (Open Access)It is known tha...
It is known that spatial localization of flashed objects fails around the time of rapid eye movement...
In dynamic environments, it is crucial to accurately consider the timing of information. For instanc...
In dynamic environments, it is crucial to accurately consider the timing of information. For instanc...
Flashes presented around the time of a saccade are often mislocalized. Such mislocalization is influ...
Contains fulltext : 103173.pdf (publisher's version ) (Closed access)Flashes prese...
AbstractFlashes presented around the time of a saccade are often mislocalized. The precise pattern o...
Flashes presented around the time of a saccade are often mislocalized. The precise pattern of misloc...
AbstractBased on localization error for a single perisaccadic flash, eye position signal is supposed...
A stimulus that is flashed around the time of a saccade tends to be mislocalized in the direction of...
A stimulus that is flashed around the time of a saccade tends to be mislocalized in the direction of...
The perceptual localization of objects flashed at the time of a saccade often shows large spatial di...
A stimulus that is flashed around the time of a saccade tends to be mislocalized in the direction of...
It is known that spatial localization of flashed objects fails around the time of rapid eye movement...
AbstractA photic stimulus flashed just before a saccade in the dark tends to be mislocalized in the ...
Contains fulltext : 103186.pdf (publisher's version ) (Open Access)It is known tha...
It is known that spatial localization of flashed objects fails around the time of rapid eye movement...
In dynamic environments, it is crucial to accurately consider the timing of information. For instanc...
In dynamic environments, it is crucial to accurately consider the timing of information. For instanc...