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 …

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 …

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

Early deaf adults typically respond faster than hearing controls when performing a speeded
simple detection on visual targets. Whether this response time advantage can generalise to …

This study examined tactile and visual temporal processing in adults with early loss of
hearing. The tactile task consisted of punctate stimulations that were delivered to one or both …

The ability to synthesize information across multiple senses is known as multisensory
integration and is essential to our understanding of the world around us. Sensory stimuli that …

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 …

Purpose: Superior temporal processing skills, both in the auditory and tactile system have
been reported in blind as compared to sighted humans. The present experiment tested …

Multisensory interactions in deaf cognition are largely unexplored. Unisensory studies
suggest that behavioral/neural changes may be more prominent for visual compared to …

Early auditory deprivation may drive the auditory cortex into cross-modal processing of non-
auditory sensory information. In a recent study, we had shown that early deaf subjects …