Christoph Kayser

The paper examines how physiological and neural signals change around spontaneous perceptual reversals in the Necker cube and finds differences in pupil size, respiration phase, and EEG activity between perceptual states.

This study investigates whether acoustic and gravitational/postural manipulations affect the time course of eye movement-related eardrum oscillations (EMREOs), finding no significant modulation.

The paper examines the relationship between respiration, pupil size, and spontaneous perceptual reversals, finding no direct alignment of respiration to reversals but a predictive link between respiration frequency and perceptual stability.

The paper investigates how saccade direction affects sound lateralization but finds no impact from eye movement-related eardrum oscillations (EMREOs).

The paper shows that human respiration aligns with task demands, specifically trials with high effort or difficulty, indicating active strategic resource allocation.

This study examines how brief structured breathing practices affect respiration and cognitive performance, finding transient improvements in reaction times but no differences in task accuracy.

This study shows respiration modulates sensory evidence in neural activity during visual tasks, influencing cognitive performance.

This study investigates eye movement-related eardrum oscillations (EMREOs) and finds their amplitude and time course relate to saccade direction and tympanic membrane compliance.

This paper shows that respiration influences response speed and accuracy in sensory-cognitive tasks, with a systematic time lag of about two seconds.

This study examines whether causal inference affects the ventriloquism effect and its aftereffect, finding that integration depends on common cause judgments but recalibration does not.

This study investigates rhythmicity in auditory perception through experiments with varying tasks and motor demands, finding paradigm- and ear-specific fluctuations in perceptual sensitivity and response bias.

The paper analyzes reaction time variability in cognitive tasks, finding that experimental conditions and temporal dependencies explain only 8-17% of variance, with most remaining unexplained by linear models.

This study dissociates neural tracking of prosodic pauses from multi-word chunk processing using MEG, showing distinct low-frequency brain activity patterns for each.

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 saccadic eye movements and associated eardrum oscillations affect sound detection, finding no impact on near-threshold click detection despite changes in eardrum motion.

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

The paper investigates how different time scales of common-cause evidence influence multisensory integration, recalibration, and motor adaptation in a visuo-motor task.

The paper uses SSVEP to investigate pitch-size crossmodal associations, finding sensitivity in occipital regions and suggesting low-level visual cortex involvement.

The paper investigates how context influences multisensory integration and recalibration, finding that wider discrepancy ranges enhance integration but not the immediate aftereffect.

The paper shows that during silent lip reading, both visual and auditory cortices represent unheard acoustic speech features, with auditory cortex focusing on the acoustic envelope and visual cortex on pitch-related information.

This study investigates how the respiratory cycle influences reaction times in sensory-cognitive tasks, finding significant covariation between reaction times and respiratory states.

The paper investigates how visuo-proprioceptive integration and recalibration are influenced by multiple visual stimuli, finding that contributions from multiple stimuli superpose rather than compete.

The paper investigates how pre-stimulus alpha oscillations influence illusory perception during postdiction, finding that power reflects prior expectations and phase predicts perceptual outcomes.

This paper shows that delta/theta band EEG tracks band-limited speech-derived envelopes differently, reflecting distinct phonemic features and attentional influences.

The paper shows that task switching costs, not multisensory integration, explain the faster reaction times for multisensory stimuli.

The paper shows that pre-stimulus delta/theta band EEG activity influences the rhythmic sampling of auditory scenes by modulating perceptual weights over time.

The paper uses EEG data to identify a temporal sequence of neural responses that distinguish the rubber hand illusion from control conditions, revealing a reliable signature around 130-150 ms post-stimulus.

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.

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

This study investigates the neurophysiological basis of short- and long-term ventriloquism aftereffects using EEG recordings, finding common and distinct neural correlates.