Multisensory perception and integration

The paper compares auditory and visual aspects of multisensory working memory using bimodally matched stimuli and finds auditory matching is more accurate than visual in certain conditions.

This study shows that auditory and visual signals are integrated to guide interceptive movements, with sound affecting interception within 125 ms of ball launch.

The paper tests whether humans integrate time and numerosity as abstract magnitudes, finding near-optimal integration consistent with maximum likelihood estimation.

This study shows that cross-modal auditory feature-based attention cues enhance the transfer of figure-ground segregation learning to untrained locations.

This study shows that visual and auditory alerting cues equally speed up responses in a speeded choice task, challenging the assumption that audition is more effective for prompt action.

This study investigates how the brain represents spatial size using visual and auditory cues, finding both modality-specific and integrated representations in specific brain regions.

The paper investigates how different time scales of common-cause evidence influence multisensory integration, recalibration, and motor adaptation in a visuo-motor task.

The paper investigates how reward value from visual and auditory cues affects visual perception, finding distinct effects for intra-modal and cross-modal cues.

The paper investigates how prestimulus neural variability predicts behavioral variability in audiovisual temporal perception and explores its influence through poststimulus-evoked responses.

The paper investigates how prestimulus beta power in auditory and visual cortices predicts individual temporal order bias in audiovisual perception tasks.

The paper uses MEG and computational modeling to show that cross-sensory visual input to human auditory cortex is feedback-type, consistent with findings in non-human primates.

This study compares neural responses to multisensory and unimodal visual resizing illusions, finding increased parietal gamma in multisensory conditions and suggesting visual-only illusions may affect cortical body representations.

The paper investigates how involuntary spatial attention shifts caused by unexpected sounds affect reaction times and alpha power, showing distraction is influenced by the spatial relationship between sounds and targets.

The paper investigates how audiovisual coherence and auditory selective attention interact neurophysiologically, finding dissociable effects on ERP amplitude.

This study maps trans-collicular pathways in mice, revealing how somatosensory and motor cortical signals integrate in the superior colliculus through excitatory and inhibitory pathways.

This study shows face masks impair audiovisual speech tracking but not audio-only speech, highlighting the role of visual speech in speech processing.

The paper uses TMS to investigate the time course of gesture-speech integration, finding that speech is primed before gestures are unified with speech to form meaning.

The paper investigates whether multisensory integration enhances perceptual learning transfer in virtual reality, finding that it improves figure-ground segregation learning but not motion direction discrimination.

The paper investigates whether visual and tactile confidence judgments share a common scale, finding they do with similar precision across modalities.

The paper shows that learned associations enable cross-modal access to working memory, as auditory impulses can decode visual working memory through learned links.

The paper investigates how attention affects multisensory integration of audio and visual speech in a cocktail-party environment using EEG data from natural speech tasks.

This study investigates how continuous tactile stimulation affects auditory-evoked cortical responses based on audio-tactile phase alignment, finding enhanced cortical processing with in-phase stimulation and suppressed responses with anti-phase stimulation, without corresponding behavioral benefits.

This study investigates probabilistic inference across multiple sensory modalities using EEG mismatch responses in a tri-modal paradigm, finding comparable signatures and cross-modal predictive sensitivity.

This study investigates how well visuo-proprioceptive recalibration is retained after a spatial mismatch, finding robust short-term retention but variable long-term effects.

The paper uses SSVEP to investigate pitch-size crossmodal associations, finding sensitivity in occipital regions and suggesting low-level visual cortex involvement.

The paper shows that spiking activity in auditory and visual cortex of rats coherently represents spatial position and head direction during a sensory detection task.

This study investigates how selective attention operates in multisensory environments by analyzing behavior, ERPs, and neural oscillations during an audiovisual cocktail-party task.

This study shows that off-vertical body orientations delay the perceived onset of visual motion due to vestibular signal conflicts.

The paper investigates neuronal recalibration in multisensory cortical areas during visual-vestibular conflict, finding differential recalibration patterns across MSTd, PIVC, and VIP.