To maintain perceptual coherence, the brain corrects for discrepancies between the senses.
If, for example, lights are consistently offset from sounds, representations of auditory space …

Basic features of objects and events in the environment such as timing and spatial location
are encoded by multiple sensory modalities. This redundancy in sensory coding allows …

Vision usually provides the most accurate and reliable information about the location of
objects in our environment and thus serves as a reference for recalibrating auditory spatial …

In dynamic multisensory environments, the perceptual system corrects for discrepancies
arising between modalities. For instance, in the ventriloquism aftereffect (VAE), spatial …

Recent research investigating the principles governing human perception has provided
increasing evidence for probabilistic inference in human perception. For example, human …

In an ever-changing environment, crossmodal recalibration is crucial to maintain precise
and coherent spatial estimates across different sensory modalities. Accordingly, it has been …

It is known that the brain adaptively recalibrates itself to small (∼ 100 ms) auditory–visual
(AV) temporal asynchronies so as to maintain intersensory temporal coherence. Here we …

Crossmodal integration of sensory signals can improve perception and behavior but
requires the signals to occur close in time. Differences in propagation and processing …

Temporal recalibration of cross-modal synchrony has been proposed as a mechanism to
compensate for timing differences between sensory modalities. However, far from the rich …

A period of exposure to trains of simultaneous but spatially offset auditory and visual stimuli
can induce a temporary shift in the perception of sound location. This phenomenon, known …