Recent studies show that repeated exposure to an asynchrony between auditory and visual
stimuli shifts the point of subjective simultaneity. Usually, the measurement stimuli used to …

After exposure to asynchronous sound and light stimuli, perceived audio-visual synchrony
changes to compensate for the asynchrony. Here we investigate to what extent this audio …

Following prolonged exposure to asynchronous multisensory signals, the brain adapts to
reduce the perceived asynchrony. Here, in three separate experiments, participants …

The importance of multisensory integration for perception and action has long been
recognised. Integrating information from individual senses increases the chance of survival …

We continuously receive the external information from multiple sensors simultaneously. The
brain must judge a source event of these sensory informations and integrate them. It is …

The perception of simultaneity between auditory and visual information is of crucial
importance for maintaining a coordinated representation of a multisensory event. Here we …

Recent exposure to asynchronous multisensory signals has been shown to shift perceived
timing between the sensory modalities, a phenomenon known as 'temporal recalibration' …

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

For a comprehensive understanding of the environment, the brain must constantly decide
whether the incoming information originates from the same source and needs to be …

Abstract Information about an event takes different amounts of time to be processed
depending on which sensory system the event activates. However, despite the variations in …