To clarify the role of sensory experience during early development for adult multisensory
learning capabilities, we probed audiovisual spatial processing in human individuals who …

A large proportion of the human cortex is devoted to visual processing. Contrary to the
traditional belief that multimodal integration takes place in multimodal processing areas …

People with one eye show altered sensory processing. Such changes might reflect a central
re-weighting of sensory information that might impact on how multisensory cues are …

Temporal simultaneity provides an essential cue for integrating multisensory signals into a
unified perception. Early visual deprivation, in both animals and humans, leads to abnormal …

The present study investigated the cortical large-scale functional network underpinning
audiovisual integration via magnetoencephalographic recordings. The reorganization of this …

Previous studies have shown that adults respond faster and more reliably to bimodal
compared to unimodal localization cues. The current study investigated for the first time the …

Spatial cognition and mobility are typically impaired in congenitally blind individuals, as
vision usually calibrates space perception by providing the most accurate distal spatial cues …

The ability to integrate auditory and visual information is critical for effective perception and
interaction with the environment, and is thought to be abnormal in some clinical populations …

Reliability-based cue combination is a hallmark of multisensory integration, while the role of
cue reliability for crossmodal recalibration is less understood. The present study investigated …

The brain's ability to integrate information from the different senses is essential for
decreasing sensory uncertainty and ultimately limiting errors. Temporal correspondence is …