Multisensory perception and integration

The paper uses two-photon imaging in awake mice to study the functional organization of the dorsal and lateral cortices of the inferior colliculus, revealing spatial microheterogeneity and a frequency tuning gradient.

The paper investigates audiovisual speech perception, showing that inverse effectiveness occurs when speech recognition difficulty determines the benefit of combining auditory and visual cues.

The paper identifies multiple non-auditory cortical regions that project to the auditory midbrain in rats, revealing a network involving sensory, motor, and prefrontal cortices.

The paper investigates multisensory integration in mouse neocortex by examining tactile and visual responses in primary sensory areas during active sensation, finding segregation of responses in primary cortices.

The paper refines auditory-tactile integration experiments by incorporating sound propagation properties and expectancy effects, revealing logarithmic distance scaling and linear variation in tactile reaction times.

This study investigates whether multisensory communication relies on gamma oscillation synchronization, finding that congruent stimulus matching is associated with weaker gamma coherence and that tACS can modulate this process.

This study shows older adults maintain multisensory integration performance by slowing their responses despite noisier sensory processing.

The paper investigates rapid recalibration of temporal order judgements and finds that response bias, not timing perception, explains contradictory results.

The paper examines age-related changes in multisensory temporal processing using three tasks, finding age-related differences in race model violation and its relation to temporal order judgment.

The paper examines hemisphere-specific properties of the ventriloquism aftereffect in humans and monkeys using a visual calibration paradigm, finding differences in spatial reference frames between species.

This study demonstrates cue combination in children aged 7-10 years using a virtual reality task with audio and visual cues, showing that feedback enhances the ability to combine cues.

The paper investigates visual working memory in grapheme-colour synaesthetes and finds reduced visual cortex activity compared to young and older adults, supporting the sensory recruitment model.

This study investigates how vestibular stimulation modulates multisensory integration during felt and vicarious tactile stimulation, showing differential effects based on the epistemic relevance of the sensory input.

The paper generalizes a coactivation model to explain audiovisual detection across different intensities and delays in monkeys.

The paper investigates the neural basis of multisensory integration and trial-by-trial perceptual recalibration using MEG and finds that medial superior parietal cortex mediates both processes.

This study shows older adults perform worse in crossmodal integration tasks but improve when stimuli are congruent, suggesting congruency effects could aid cognitive training.

The paper investigates how the brain integrates audiotactile signals based on asynchrony, finding distinct neural mechanisms and temporal constraints across different time windows.

This study investigates how olfactory sensory loss affects multisensory integration, finding that anosmia enhances temporal binding and semantic multisensory benefits in some cases.

The paper proposes a neural model for concurrent multisensory integration and segregation using congruent and opposite neurons to rapidly recognize stimuli based on sensory cues.

The paper shows that V1 interneurons suppress auditory signals in the absence of visual input but boost visual responses when auditory and visual stimuli coincide, enabling cross-modal event detection.

The paper shows that both natural sounds and spoken words improve visual object category decoding between 300-500 ms after visual onset, suggesting a semantic route of facilitation.

The paper uses fMRI adaptation to show that multimodal frequency processing in human cortex is feature-specific and embedded in modality-defined sensory systems.

This study identifies a spatio-temporal cascade of multisensory integration in the human brain, showing prefrontal cortex guides flexible integration based on sensory representations.

This study investigates how the brain performs hierarchical Bayesian inference in multisensory perception using EEG and Bayesian modeling, showing model averaging and prior belief influence.

The paper investigates how sounds modulate orientation and direction representation in mouse V1 L2/3 neurons, finding sound enhances responses of highly tuned neurons and suppresses untuned ones.

The paper shows that individuals with poorer auditory sensitivity show stronger visual enhancement of the auditory mismatch negativity in pitch discrimination.

The paper shows that context-specific reconfiguration of intrinsic coupling modes in the brain facilitates multisensory integration through changes in local field potential responses.

The paper shows the brain uses Bayesian Causal Inference to dynamically integrate or segregate audiovisual signals based on sensory reliability and task relevance.

This study investigates how attention modulates cross-modal matching by analyzing alpha and gamma oscillations in EEG data during a multisensory task.

This study shows that multisensory processing deficits in autism improve by mid-adulthood and that adolescents with ASD experience less cost when switching sensory modalities.