Multisensory perception and integration

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.

This study uses MEG to examine the timing and neural correlates of associator grapheme-colour synaesthesia, finding evoked activity at ~190 ms localized to occipito-parietal regions, supporting the Disinhibited Feedback model.

This study uses fMRI and MVPA to show that the sense of body ownership is represented by supramodal neural patterns in IPS, PMv, and EBA, independent of sensory modality.

This study shows that the human superior temporal cortex synchronizes across auditory and visual conditions even in individuals without audiovisual experience, suggesting a modality-independent organization for multisensory processing.

The paper shows that sound-evoked activity in mouse visual cortex is stereotyped and predictable from behavioral responses, suggesting it arises from low-dimensional internal state signals rather than direct multisensory integration.

The paper shows that audiotactile integration improves syllable discrimination through theta band oscillations, even after tactile stimulation has ended.

The paper introduces a computational model to investigate the reference frame of the ventriloquism aftereffect, finding that it is mainly head-centered.

The paper investigates whether neurons in the primary somatosensory cortex encode tactile and acoustic stimuli during a bimodal detection task, finding they are unimodal and functionally distinct.

The paper investigates whether geometric prototypes can be recalled through auditory cues, finding a common elliptic prototype across auditory, visual, and motor modalities.

This study identifies multiple integration sites for audiovisual processing in the human brain through a meta-analysis of neuroimaging experiments.

This study investigates how the macaque frontoparietal circuit performs causal inference during multisensory processing by integrating historical and current sensory signals.

This study investigates how musical expertise affects the integration of melodies with visual information in memory, finding that musicians recombine stored pairs during retrieval while non-musicians integrate them during encoding.

The paper investigates how sensory target detection in the human cortex operates at local and global timescales, revealing a hierarchy of supramodal dynamics across different sensory modalities.

This fMRI study examines multisensory enhancement in audiovisual speech perception, finding enhanced activity in multisensory integration regions, semantic networks, and extralinguistic areas.

The paper shows that primary somatosensory cortex (SI) can decode sounds of hand-object interactions better than other sound categories, without tactile input.

The paper investigates multisensory integration in the medial pulvinar of macaque monkeys, finding neurons responsive to auditory, visual, and multisensory stimuli with subadditive and suppressive integration.

This study identifies neural circuits in macaques that integrate audio-visual social information, showing similar networks to humans and linking them to autism-related deficits.

This study shows that audiovisual task switching modulates sound encoding in mouse auditory cortex by reducing spiking activity while maintaining decoding accuracy.

The paper investigates sensory attenuation for sounds during tactile motor attention in a virtual reality setup, finding that sounds are perceived as less intense when tactile feedback coincides with movement goal achievement.

This study investigates multisensory integration and selective attention in expert pianists compared to nonmusicians, finding enhanced multisensory processing but impaired top-down inhibition in pianists.

This study investigates how multisensory associative learning influences multisensory integration using EEG and behavioral measures, finding significant neural and behavioral correlations.

This study shows how the brain adapts to misaligned audiovisual signals by using distinct spatial and decisional codes across the auditory processing hierarchy.