Multisensory perception and integration

The paper shows that auditory stimuli prolong the visual integration window by altering alpha-band oscillations, as evidenced by changes in psychometric thresholds and neural activity patterns.

The paper investigates how gravity affects 3D perception across visual and haptic modalities, finding that gravity influences a shared internal representation of space.

This study investigates crossmodal perceptual integration using audiovisual movieclips, finding that performance is better when targets are absent and that semantic complexity affects perception.

The paper investigates how multiple visual stimuli influence sound localization through the ventriloquism effect, finding that multisensory integration depends on both individual and combined spatio-temporal features of the stimuli.

This study investigates how attention affects auditory and visual processing and their integration during multimodal communication using MEG and RIFT.

The paper investigates how Turkish onomatopoeic words influence perceived softness of materials through cross-modal interactions, finding that congruent word-video pairs alter softness perception.

This study shows rhesus monkeys can evoke visual imagery from sounds in a crossmodal equivalence task, suggesting they can form conceptual representations.

This study investigates how the mouse neocortex resolves conflicting top-down predictions and bottom-up sensory inputs during behavior, showing hierarchical predictive coding in somatosensory and posterior parietal cortices.

This study uses 7T fMRI to show distinct visual responses in the human claustrum, supporting its role in sensory processing.

This paper introduces a stimulus-computable model for audiovisual perception that replicates mammalian behavior across species and stimuli with high accuracy.

The paper investigates whether visual stimuli drive high-frequency activity in human auditory cortex and finds no significant increase in high-frequency activity despite cross-sensory modulations.

The paper investigates individual differences in McGurk illusion susceptibility and finds they reflect integration-segregation strategies based on unisensory accuracy, supporting Bayesian causal inference theory.

This study investigates how gaze behavior affects EEG measures of multisensory integration during selective attention in a cocktail party scenario, finding enhanced integration when participants directly attend to a speaker's face.

The paper investigates cross-modal enhancement of unaware visual events, finding no evidence for multisensory integration but suggesting bottom-up attentional capture explains the behavioral benefit.

The paper uses TMS to show that the left pSTS is causally involved in the McGurk effect but not in the benefits of congruent audiovisual speech.

The paper shows that eye movement-related eardrum oscillations contain parametric information about eye position and movement, which could help align auditory and visual spatial scenes.

This study investigates how visual motion influences somatosensory processing in infants, showing early multisensory integration and changes in tactile responses with age.

The paper investigates how mechanosensation and vision integrate in hawkmoths under high luminance, showing both systems adjust to maintain robust flower-tracking behavior.

This study shows dopamine enhances bimodal sensory responses in direct pathway MSNs of the dorsomedial striatum through visual response acceleration.

This study investigates how humans perceive crossmodal correspondence between visual, acoustic, and tactile stimuli modulated by amplitude variations in natural sounds, finding that the number of amplitude prominences drives perception rather than temporal variations.

This study investigates how reward-associated visual and auditory stimuli modulate visual cortex using fMRI, finding distinct neural pathways for each modality.

This study investigates sound symbolism by examining neural responses to audiovisual pseudoword-shape correspondences using fMRI, finding faster reaction times and greater activation for congruent stimuli.

The paper investigates deviance detection in visual and associative cortices using multimodal stimuli, finding robust responses in associative areas but not primary visual cortex.

The paper investigates how the brain encodes affect using sensory-specific or abstract codes by analyzing brain activity in blind, deaf, and typically-developed participants during movie viewing.

The paper investigates how multisensory discrepancies affect the ventriloquism aftereffect and bias, finding they scale differently with discrepancy history.

The paper addresses the assignment problem in sensory integration by analyzing how redundant representations help disambiguate complex stimuli across modalities and brain regions.

This study compares eye movement-related eardrum oscillations (EMREOs) across humans and monkeys, finding shared features and species-specific differences in their waveform characteristics.

This study investigates how observers form perceptual and causal confidence judgments in multisensory integration tasks under causal uncertainty using the audiovisual McGurk illusion.

This study investigates perceptual and causal inference in schizophrenia using psychophysics, Bayesian modeling, and EEG, finding intact computational mechanisms in medicated patients.