At any given moment, we receive input through our different sensory systems, and this
information needs to be processed and integrated. Multisensory processing requires the …

To integrate auditory and visual signals into a unified percept, the paired stimuli must co-
occur within a limited time window known as the Temporal Binding Window (TBW). The …

Pre‐stimulus electroencephalogram (EEG) oscillations, especially in the alpha range (8–13
Hz), can affect the sensitivity to temporal lags between modalities in multisensory …

Presenting one flash with two beeps induces a perception of two flashes (audio–visual [AV]
fission illusion), while presenting two flashes with one beep induces a perception of one …

Temporal encoding is a key feature in multisensory processing that leads to the integration
versus segregation of perceived events over time. Whether or not two events presented at …

The brain's ability to extract information from multiple sensory channels is crucial to
perception and effective engagement with the environment, but the individual differences …

Multisensory integration strongly depends on the temporal proximity between two inputs. In
the audio-visual domain, stimulus pairs with delays up to a few hundred milliseconds can be …

Introduction The processes involved in how the attention system selectively focuses on
perceptual and motor aspects related to a specific task, while suppressing features of other …

Objective Perceptual integration and segregation are modulated by the phase of ongoing
neural oscillation whose frequency period is broader than the size of the temporal binding …

The pupil of the eye responds to various salient signals from different modalities, but there is
no consensus on how these pupillary responses are integrated when multiple signals …