Daniel Senkowski

The paper investigates crossmodal postdiction in the audiovisual rabbit illusion using Bayesian causal inference models, showing that the BCI framework explains the phenomenon better than other models.

This study shows that observing touch affects the perception and processing of digitally rendered touch patterns, with visual inputs enhancing pleasantness and continuity ratings of stroking over tapping.

This study develops a new method to model individual alpha phase relationships with multisensory perception and finds that individual phase coupling affects multisensory integration.

The paper examines how beta oscillations in multisensory brain areas correlate with faster response times during audiovisual tasks, suggesting their role in enhancing sensory processing through selective attention.

This study investigates auditory and audiovisual speech recognition deficits in schizophrenia using EEG, finding reduced N1 amplitudes correlate with impaired speech processing, while multisensory benefits remain intact.

The paper examines brain responses to the flash-lag illusion using EEG, finding that perception of the illusion is linked to late evoked potentials in the fusiform gyrus, suggesting postdiction-driven integration of sensory information.

This study investigates how multisensory integration compensates for attention deficits in schizophrenia by comparing neural and behavioral responses to unisensory and bisensory stimuli.