Multisensory perception and integration

The paper investigates noise correlations and response variance in owl optic tectum neurons during multisensory integration, finding differential effects of crossmodal vs unimodal competitors.

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

The paper dissociates auditory, motor, and visual processing in V1 of awake mice, showing distinct spatiotemporal profiles and segregated neuronal populations.

The paper investigates how auditory and visual speech signals are processed in the brain during speech perception, finding differences in phase-locking patterns between auditory and visual regions during audio-visual and silent lip-reading conditions.

The paper investigates how delta and theta brain oscillations contribute to semantic processing during audiovisual speech perception, finding distinct roles for each band in integrating auditory and visual inputs.

This study shows that detecting an auditory target enhances visual processing and hippocampal connectivity during concurrent visual tasks.

This study shows that short-term monocular deprivation alters neural responses to visual and audio-visual events in an eye-specific manner, with increased excitability in the deprived eye and enhanced audio-visual responses in the undeprived eye.

This study shows that lip movements improve neural representations and connectivity in the speech dorsal stream, mediated by the microstructure of the arcuate fasciculus.

The paper examines how beta oscillations in multisensory brain areas correlate with faster response times during audiovisual tasks, suggesting their role in enhancing sensory processing through selective attention.

This study links individual differences in audio-visual binding to motion sickness severity using the McGurk effect and subjective questionnaires.

This study identifies claustrum neurons and their connectivity patterns, showing they integrate inputs from multiple cortical regions and contribute to multimodal sensory processing.

The paper investigates how visual uncertainty affects multisensory grasping by manipulating haptic cues, showing that haptic position and size cues play distinct roles in integrating visual information.

This study investigates how semantic congruency and valence affect multisensory integration using reaction time and temporal order judgment tasks, finding significant effects and interactions.

This study replicates and extends findings on visuo-tactile integration in texture perception, showing equal modality contributions overall but individual variation under different illumination conditions.

The paper introduces a multimodal dataset combining iEEG and fMRI data from naturalistic audiovisual stimulation to study neural mechanisms across recording modalities.

The paper investigates how context influences multisensory integration and recalibration, finding that wider discrepancy ranges enhance integration but not the immediate aftereffect.

The paper investigates alpha and theta oscillations in response to auditory stimuli with eyes open or closed, finding alpha suppression and enhancement patterns linked to visual processing competition.

This study examines age-related differences in audiovisual speech processing during multi-talker scenarios using cortical oscillations, finding that older adults show distinct patterns in theta and beta band responses to conflicting stimuli.

The paper shows that during silent lip reading, both visual and auditory cortices represent unheard acoustic speech features, with auditory cortex focusing on the acoustic envelope and visual cortex on pitch-related information.

This study investigates the spatiotemporal neural markers of prediction error processing, specifically MMN and P300, across multisensory and unisensory modalities using EEG and MRI data from healthy humans.

This study investigates how visual information reaches the auditory cortex in congenitally deaf adults using computational models and neuroimaging techniques.

This study identifies prestimulus EEG features, including alpha and beta oscillations and aperiodic components, that predict response to the McGurk illusion at single-trial levels.

The paper shows that multisensory integration in goldfish Mauthner cells increases C-start probability and reduces response latency, with weaker auditory cues having a stronger multisensory effect.

This study investigates how sounds enhance visual detection by analyzing neural mechanisms using magnetoencephalography and time-resolved signal detection theory parameters.

This study investigates cross-sensory adaptation of self-motion perception using short-duration visual and vestibular stimuli, finding that adaptation occurs even when individual stimuli are too brief to induce it alone.

The paper investigates how the visual cortex tracks unheard acoustic speech details from lip movements and shows that this ability declines with age, particularly for formant frequencies.

The paper shows that auditory stimuli can suppress visual responses in V1 after learning, mediated by cross-modal connections between auditory and visual cortices.

This study shows that crossmodal semantic congruence influences spontaneous visual attention in real-life scenes by increasing gaze and fixation on semantically matching objects when paired with characteristic sounds.

This study uses fMRI to show increased connectivity between auditory and visual cortices during audiovisual speech perception compared to unimodal conditions.

This study investigates how the brain recalibrates audiovisual spatial perception using cue reliability and causal inference, finding that the causal-inference model best explains the observed recalibration patterns.