The eye’s pupils constrict (shrink) in brightness and dilate (expand) in darkness. The pupillary light response was historically considered a low-level reflex without any cognitive component. Here, we review recent studies that have dramatically changed this view: The light response depends not only on a stimulus’s brightness but also on whether you are aware of the stimulus, whether you are paying attention to it, and even whether you are thinking about it. We highlight the link between the pupillary light response and eye-movement preparation: When you intend to look at a bright stimulus, a pupillary constriction is prepared along with the eye movement before the eyes set in motion. This preparation allows the pupil to rapidly change its ...
Although retinal illumination is the main determinant of pupil size, evidence indicates that extra-r...
International audienceThe pupillary light response has been shown not to be a purely reflexive mecha...
The major function of the pupil is to aid in optimizing retinal illumination to maximize visual perc...
International audienceThe eye's pupils constrict (shrink) in brightness and dilate (expand) in darkn...
International audienceWhen the eyes are exposed to an increased influx of light, the pupils constric...
The pupillary light response is often assumed to be a reflex that is not susceptible to cognitive in...
International audienceThe pupillary light response is often assumed to be a reflex that is not susce...
International audienceThe pupillary light response is often assumed to be a reflex that is not susce...
Pupils respond to three distinct kinds of stimuli: they constrict in response to brightness (the pup...
Pupils respond to three distinct kinds of stimuli: they constrict in response to brightness (the pup...
Attention optimizes the processing of behaviorally relevant visual information by acting through mul...
One longstanding question is how early in the visual system attention exerts its influence. Here we ...
Although retinal illumination is the main determinant of pupil size, evidence indicates that extra-r...
Although retinal illumination is the main determinant of pupil size, evidence indicates that extra-r...
Pupils respond to three distinct kinds of stimuli: they constrict in response to brightness (the pup...
Although retinal illumination is the main determinant of pupil size, evidence indicates that extra-r...
International audienceThe pupillary light response has been shown not to be a purely reflexive mecha...
The major function of the pupil is to aid in optimizing retinal illumination to maximize visual perc...
International audienceThe eye's pupils constrict (shrink) in brightness and dilate (expand) in darkn...
International audienceWhen the eyes are exposed to an increased influx of light, the pupils constric...
The pupillary light response is often assumed to be a reflex that is not susceptible to cognitive in...
International audienceThe pupillary light response is often assumed to be a reflex that is not susce...
International audienceThe pupillary light response is often assumed to be a reflex that is not susce...
Pupils respond to three distinct kinds of stimuli: they constrict in response to brightness (the pup...
Pupils respond to three distinct kinds of stimuli: they constrict in response to brightness (the pup...
Attention optimizes the processing of behaviorally relevant visual information by acting through mul...
One longstanding question is how early in the visual system attention exerts its influence. Here we ...
Although retinal illumination is the main determinant of pupil size, evidence indicates that extra-r...
Although retinal illumination is the main determinant of pupil size, evidence indicates that extra-r...
Pupils respond to three distinct kinds of stimuli: they constrict in response to brightness (the pup...
Although retinal illumination is the main determinant of pupil size, evidence indicates that extra-r...
International audienceThe pupillary light response has been shown not to be a purely reflexive mecha...
The major function of the pupil is to aid in optimizing retinal illumination to maximize visual perc...