Multisensory perception and integration

This study investigates how haptic cues can modulate reaction times in multisensory integration using EEG-based BCI, showing that congruent sequential cues yield faster responses than incongruent haptic-auditory-visual (HAV) cues.

The paper investigates whether reduced hearing ability improves visual speech extraction using a neural speech tracking paradigm and finds no such improvement.

The paper explains the Size-Weight Illusion using efficient coding principles, showing that perceptual biases arise from statistical properties of natural environments.

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.

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

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

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

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.

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 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.

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.

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

The paper compares auditory and visual aspects of multisensory working memory using bimodally matched stimuli and finds auditory matching is more accurate than visual in certain conditions.

This study investigates how the brain represents spatial size using visual and auditory cues, finding both modality-specific and integrated representations in specific brain regions.

The paper investigates how prestimulus neural variability predicts behavioral variability in audiovisual temporal perception and explores its influence through poststimulus-evoked responses.

The paper investigates how prestimulus beta power in auditory and visual cortices predicts individual temporal order bias in audiovisual perception tasks.

The paper uses MEG and computational modeling to show that cross-sensory visual input to human auditory cortex is feedback-type, consistent with findings in non-human primates.

This study shows face masks impair audiovisual speech tracking but not audio-only speech, highlighting the role of visual speech in speech processing.

The paper investigates whether multisensory integration enhances perceptual learning transfer in virtual reality, finding that it improves figure-ground segregation learning but not motion direction discrimination.

The paper shows that adult superior colliculus neurons exhibit short-term plasticity adapting multisensory integration to environmental changes, but not spatial configurations.

This study examines cross-modal attentional control in adolescents using MEG, finding differences in visual and auditory cortex engagement linked to physical activity levels.

This study investigates how reward cues affect multisensory integration and perception, finding that reward does not enhance the supra-additive principle of multisensory integration.

The paper quantifies gesture and speech information using information-theoretic metrics and shows how neural representations in IFG and pMTG track stimulus-level information-theoretic structure across different modalities.

The paper simulates ephaptic coupling in large axon tracts and links it to cross-modal integration during illusory perception, showing that coupling parameters affect cross-talk and synchronization.

This paper shows that visuotactile recalibration can modulate implicitly perceived hand size, with congruent mappings leading to an enlarged perceived hand size.

This study investigates magnitude integration between time and numerosity using EEG, finding a shared perceptual processing stage where both dimensions interact.

The paper tests how task-uninformative visual stimuli affect auditory spatial discrimination, finding no significant increase in effect size with shorter stimuli.