Multisensory perception and integration

This study uses EEG to show that switching attention between sensory modalities leads to slower responses and increased cognitive effort, with delayed neural responses and reduced sensory processing efficiency.

This paper introduces a feed-forward neural network model for multisensory integration across reference frames, showing it can approximate Bayesian inference without explicit divisive normalization.

This study investigates how visual speech enhances auditory speech processing by altering theta band power and phase in different brain regions through distinct mechanisms.

The paper investigates auditory influences on mouse primary somatosensory cortex and finds that cross-modal responses are sparse, non-specific, and stable across experience.

The paper investigates multisensory perception at the blind spot using a Bayesian Causal Inference model, finding preserved integration and flexible parameter adaptation.

This study uses fMRI to show that whisker stimulation in awake rats activates multiple sensory systems, with distinct responses in core and non-core brain regions, and that anesthesia obscures high-order processing.

This study identifies a direct piriform-to-auditory cortical circuit that modulates auditory responses to odors in mice.

The paper investigates how multisensory processing factors influence perception-action dissociations using the Uznadze illusion in visual and visuomotor tasks.

The paper maps somatosensory and visual field tuning in the brain, showing aligned somatotopic body maps in the visual cortex during movie watching.

This study shows that incorporating top-down feedback in neural networks mimics human brain architecture and introduces a visual bias in audiovisual tasks without impairing performance.

This study evaluates visual-tactile synchronization in VR by analyzing EEG responses to mismatched sensory inputs, finding distinct ERP patterns associated with mismatches.

This study uses fMRI to show that the medial pulvinar is involved in face and tactile processing and adjusts its connectivity based on sensory input.

This study investigates how sad or lively Chinese folk music influences visual perception of traditional Chinese paintings during binocular rivalry, finding that sad music enhances bleak paintings and lively music increases switching rates.

The paper compares EEG encoding models using audiovisual stimuli and their unimodal counterparts, finding that visual information has a stronger influence on EEG than auditory information.

The paper identifies flexible network states in auditory thalamus that predict task outcomes during cross-modal learning in mice.

This study shows the primate caudate nucleus has distinct neural representations and causal roles in multimodal decision-making compared to cortical areas.

This study maps auditory and visual plasticity in mouse visual cortex after early visual deprivation, showing increased auditory responses and decreased visual responses in dorsal stream areas.

This study shows rats use airflow cues more than optic flow for self-motion perception, integrating inertial and relative cues in a reliability-based manner.

This study shows that maternal body odor enhances visual face categorization in 4-month-olds only when visual demand is high, supporting inverse effectiveness in olfactory-to-visual facilitation.

The paper investigates how reward value and spatial attention interact in processing audiovisual stimuli, finding that auditory reward modulates attention more strongly than visual reward.

The paper investigates how the auditory system encodes lipreading information using fMRI and intracranial recordings, finding that lipread words are decoded earlier and through spatially distributed activity in auditory cortex.

This study shows that audio-tactile speech training improves speech understanding in noise and activates brain regions similar to those used in audio-visual speech processing.

The paper shows that different sensory feedback is used for limb state estimation when stationary versus moving, with multisensory integration occurring in static cases and single-sensory reliance in dynamic cases.

This study investigates crossmodal predictive coding in the human brain using EEG during an audiovisual oddball paradigm, finding that audiovisual integration occurs at both local and global levels.

The paper shows that increased segregation and reduced integration in brain networks enhance perceptual binding of cross-modal stimuli using fMRI and computational analysis.

This study shows that statistical learning of non-relevant audio-visual stimuli induces predictive neural responses and error signals in the brain.

This study examines multisensory integration in schizophrenia patients, finding greater facilitation in synchronous conditions and heterogeneous patterns linked to cognitive decline and disorganization.

The paper investigates how spontaneous activity guides the development of multisensory integration in the developing higher-order cortex by establishing co-aligned topographic projections.

This study examines how face masks affect neural tracking of speech by comparing auditory and visual obstacles in three conditions: no-mask, virtual mask, and real mask.