Studies of compensatory plasticity in early deaf (ED) individuals have mainly focused on
unisensory processing, and on spatial rather than temporal coding. However, precise …

Confronted with the loss of one type of sensory input, we compensate using information
conveyed by other senses. However, losing one type of sensory information at specific …

Navigating the world relies on understanding progressive sequences of multisensory events
across time. Early deaf (ED) individuals are more precise in visual detection of space and …

Audition dominates other senses in temporal processing, and in the absence of auditory
cues, temporal perception can be compromised. Moreover, after auditory deprivation, visual …

The discrimination of temporal information in acoustic inputs is a crucial aspect of auditory
perception, yet very few studies have focused on auditory perceptual learning of timing …

Accurate perception of the order of occurrence of sensory information is critical for the
building up of coherent representations of the external world from ongoing flows of sensory …

Perception of physical identical stimuli can differ over time depending on the brain state.
One marker of this brain state can be neuronal oscillations in the alpha band (8–12 Hz). A …

In the present study, we examined the potential modulatory effect of relative spatial position
on audiotactile temporal order judgments (TOJs) in sighted, early, and late blind adults …

It has been proposed that the auditory cortex in the deaf humans might undergo task-specific
reorganization. However, evidence remains scarce as previous experiments used only two …

In congenitally deaf people, temporal regions typically believed to be primarily auditory
enhance their response to nonauditory information. The neural mechanisms and functional …