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Microsaccadic eye movements but not pupillary dilation response characterizes the crossmodal freezing effect
2020
Cerebral Cortex Communications
In typical spatial orienting tasks, the perception of crossmodal (e.g., audiovisual) stimuli evokes greater pupil dilation and microsaccade inhibition than unisensory stimuli (e.g., visual). The characteristic pupil dilation and microsaccade inhibition has been observed in response to 'salient' events/stimuli. While the 'saliency' account is appealing in the spatial domain, whether this occurs in the temporal context remains largely unknown. Here, in a brief temporal scale (within 1 second) and
doi:10.1093/texcom/tgaa072
fatcat:dgyfie24dbhbzgjy2p5ltpl7c4