Multisensory perception and integration

The paper investigates how visual speech influences auditory cortex activity through phase resetting of neuronal oscillations during audiovisual speech processing.

The paper investigates supramodal executive control of attention by examining conflict processing in unimodal and crossmodal dual-conflict tasks, finding additive interference effects under time constraints.

This study investigates how spatial attention and expectation influence perception across sensory modalities, finding modality-specific and multisensory mechanisms.

This paper shows that both monkeys and humans use causal inference to determine the number and location of auditory and visual stimuli, with similar behavioral responses.

This paper uses iEEG deconvolution to study neural responses to visual speech in human posterior superior temporal gyrus, finding subadditive multisensory processing and visual enhancement of auditory speech.

The paper demonstrates that neuronal dominance in the auditory cortex can predict and influence visual perception during audio-visual conflict using magnetoencephalography and neurofeedback experiments.

This study investigates whether older adults integrate visual and proprioceptive information to minimize variance in hand position estimation, finding that they do so similarly to younger adults.

The paper shows that eye movements are inhibited before predictable auditory targets, indicating a link between auditory expectation and oculomotor behavior.

This study shows that oculomotor freezing reflects tactile temporal expectation and improves tactile perception by reducing microsaccade interference.

The paper investigates how visual impairment affects audio-haptic multisensory integration development, finding that early blindness supports optimal integration while late blindness impairs it.

The paper shows that multisensory integration enhances neural encoding of inanimate objects more than animate ones, improving object recognition through shared brain representations.

This study shows that sounds enhance the perception of illusory contours in humans, demonstrating multisensory augmentation of mid-level visual processing.

This study investigates how multisensory integration interacts with perceptual decision making by analyzing neural responses to audiovisual stimuli using EEG and multivariate pattern analysis.

This study investigates whether selective attention to spatial sound features determines cross-modal activation of visual cortices, finding that the ACOP occurs only when participants attend to sound location.

This study uses multivariate pattern analysis on fMRI data to investigate neural correlates of real and imaginary colours in synaesthesia, finding no shared patterns or differences between synaesthetes and controls.

The paper investigates sensory response properties and rapid plasticity in the mouse orbitofrontal cortex (OFC) to auditory, visual, and multisensory stimuli, revealing a strong visual bias and absence of similar plasticity in sensory cortices.

The paper demonstrates that peri-personal space encoding adapts rapidly to sensory history, supported by psychophysical, electrophysiological, and neural network modeling evidence.

The paper investigates supramodal neural patterns predicting conscious perception across sensory modalities using MEG decoding analysis.

This study shows that irrelevant auditory and tactile signals, but not visual signals, modulate saccade latencies when presented with a visual target, suggesting multisensory integration affects motor control.

The paper investigates tactile-auditory integration in mouse somatosensory cortices using two-photon imaging, finding robust inhibition in S2 and suggesting a local inhibitory circuit for spectral selection of inputs.

The paper uses SEEG recordings to show multisensory signals in early visual and auditory cortices during an audio-visual task, revealing cross-modal responses and frequency-specific modulations.

The paper investigates how multisensory and attentional influences vary across cortical depth in sensory cortices using fMRI, finding distinct depth-dependent patterns in auditory and visual cortices.

The paper investigates how reward value is integrated across sensory modalities during oculomotor planning, showing that integration depends on perceptual alignment and reward congruence.

The paper investigates how attention and interoceptive ability modulate cross-modal predictive mechanisms using heartbeat-evoked potentials (HEPs) in response to auditory stimuli.

This study investigates self-motion perception in Parkinson's disease, finding impaired visual perception and over-weighting of visual cues during integration.

The paper shows that eye movement patterns during face viewing predict individual differences in audiovisual speech perception benefits.

This study investigates whether visual cues affect visuo-tactile temporal integration using a temporal order judgment task and finds no modulation by visual form or orientation cues.

This study shows that visual contextual information can reweight auditory localization cues, but improvements in sound localization only occur with fully congruent audiovisual training.

This study shows that characteristic sounds improve visual search for relevant objects in natural scenes but do not enhance distractor salience.

The paper shows that multisensory training leads to increased beta and gamma network synchronization in prefrontal, parietal, and visual cortices, improving perceptual task efficiency.