Multisensory perception and integration

The paper shows that a brief visual glimpse before movement onset is enough to improve endpoint precision through multisensory integration in reaching tasks.

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

The paper examines how visual and auditory signals are represented in three brain areas during saccade tasks, finding that both modalities use hybrid reference frames that evolve over time.

This study investigates age-related changes in perceptual priors using MEG and dynamic causal modelling, finding older adults show increased reliance on cross-modal predictive templates during multisensory illusions.

This study investigates whether synesthesia aids in recovering perceptual dominance after flash suppression, finding no significant difference between synesthetes and controls when stimuli are suppressed.

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 study investigates whether the Size-Weight Illusion is affected by congenital visual deprivation, finding it remains intact in individuals with a history of visual deprivation.

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.

The paper investigates how expectations and sensory information integrate during perception by testing fusion mechanisms through behavioral and neural experiments.

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

This study shows that early deafness leads to visual motion processing in auditory motion-selective brain regions and altered functional connectivity between auditory and visual motion areas.

This study identifies direct white matter connections between auditory and visual motion-selective brain regions in humans, proposing a new anatomical pathway called the middle occipito-temporal track.

This study uses a dynamic encoding model to uncover neural mechanisms of multisensory correlation computation in the human brain, showing strong fits in temporo-parietal cortices during causal inference tasks.

The paper investigates the development of attentional control mechanisms in children and adults using a multisensory spatial cueing task and EEG, finding adult-like visual attentional control emerges at 7 years and multisensory control at 9 years.

The paper shows that supragranular layers of the mouse auditory cortex respond to visual stimuli, with hyperpolarization and multisensory responses, indicating visual influence on auditory processing.

The paper shows that auditory detection varies with theta phase of silent lip movements, suggesting visual-auditory phase synchronisation modulates perception.

The paper finds that sensory capability and information integration independently predict cognitive status in healthy older adults, with tACS enhancing task performance more in older adults.

The paper shows that training improves listeners' ability to use visual cues in auditory tasks by enhancing their sensitivity to audiovisual temporal coherence.

This study compares crossmodal perception in humans and robots, showing that artificial systems outperform older humans but not younger ones in low-intensity conditions.

This study investigates the role of the ventral attention network (VAN) and dorsal attention network (DAN) in multimodal attentional reorientation using MEG, finding that alpha/beta oscillations modulate VAN and DAN activity during top-down attention and involuntary attentional capture.

This study investigates age-related changes in ventriloquism effects and aftereffects by comparing young and older adults, finding that reduced spatial hearing and memory capacity contribute to altered multisensory integration.

This study shows that humans integrate past and current sensory signals to estimate uncertainty, challenging models that assume uncertainty is based only on current stimuli.

The paper investigates how saccade trajectories are affected by visual and auditory distractors, finding that both modalities are remapped in eye-centered oculomotor centers during saccades.

The paper investigates how visual and haptic cues contribute to multisensory grasping and finds that combining haptic positional cues with visual cues achieves the same performance as full cue availability.

The paper tests if memory interference affects the ventriloquism aftereffect, finding no significant impact despite manipulations of temporal delays and sensory-motor masking.

This paper proposes a spiking neural circuit model that explains the emergence of congruent and opposite neurons in multi-sensory integration and suggests it may be a canonical circuit in cortical areas.

The paper investigates how delta oscillations in the left frontal motor cortex align with prosodic features in multimodal speech perception, showing their role in temporal integration of auditory and visual signals.

The paper shows that temporal patterns learned in one sensory modality can be transferred to another, with distinct neural mechanisms observed in EEG responses.

This study uses RIFT to show nonlinear audiovisual integration in speech-gesture processing, with strongest effects in left inferior frontal and temporal regions.