Multisensory perception and integration

The paper tests how task-uninformative visual stimuli affect auditory spatial discrimination, finding no significant increase in effect size with shorter stimuli.

The paper investigates how talker identity and temporal coherence influence audiovisual speech processing in a selective attention task using speech-like stimuli, finding that talker congruence has a significant effect while temporal coherence does not.

The paper investigates perceptual history effects in vision and audition, finding modality-specific mechanisms that shape perception through distinct neural dynamics and behavioral patterns.

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

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 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 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 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.

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.

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.

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

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.

The paper investigates the brain processes involved in learning and identifying novel audio-visual objects using high-density ERPs and identifies three stages of multisensory processing.

This study shows that C57BL/6 mice lack high-frequency hearing and a topographic map of auditory space due to a genetic mutation, and this can be rescued by introducing wild-type Cdh23.

This study shows that face masks impair neural reconstruction of acoustic speech features and higher-level segmentational features, especially in challenging listening conditions with a distractor speaker.

The paper examines how visual stimuli modulate auditory cortex neuron activity in mice, finding distinct effects across cortical layers and response types.

The paper investigates how sound and movement modulate visual responses in the primary visual cortex of awake mice, finding that sound improves neuronal encoding of visual stimuli even when movement is controlled for.

The paper investigates how alpha and beta brain rhythms support language-mediated visual object recognition by analyzing EEG data during a cue-picture matching task.

The paper shows that mouse frontal cortex combines auditory and visual evidence additively during learning, mirroring behavior, and that this combination is impaired by optogenetic inactivation.

This study examines how acute stress affects peripersonal space representation by measuring visuotactile interactions and cortisol levels in humans.

The paper compares susceptibility to auditory informational masking and visual crowding in the same participants, finding a negative correlation between the two.

This study investigates how motor-sensory and inter-sensory components contribute to sensorimotor temporal recalibration in motor-auditory and motor-visual tasks, finding modality-dependent weighting of these components.

The paper shows that task switching costs, not multisensory integration, explain the faster reaction times for multisensory stimuli.

This study shows the visual system creates a linguistic representation for lipreading, distinct from lip movements and predictive of lipreading ability.

This study investigates whether heartbeat-evoked potentials (HEPs) during interoceptive-exteroceptive integration are influenced by precision-weighting, but finds no evidence supporting this hypothesis.