Krishnankutty Sathian

This study compares the relationship between speech acoustics and shape iconicity ratings for real words and pseudowords, finding similar correlations between acoustic parameters and ratings for both.

The paper compares shape iconicity ratings in people with aphasia to neurologically intact individuals and links these ratings to phonological and semantic processing deficits.

This study uses fMRI and MVPA to decode neural responses to real words and pseudowords, finding shape associations in both language and visual regions.

The paper uses representational similarity analysis and machine learning to identify acoustic parameter combinations linked to iconicity in pseudowords across different meaning domains.

The paper investigates sound symbolism across seven domains of meaning, finding cross-domain relationships and domain-specific phonetic feature patterns.

The paper investigates domain-specific patterns of phonological and acoustic iconicity in pseudowords across eight meaning domains, finding that linguistic features best predict iconicity judgments.

This study investigates how the brain integrates olfactory and trigeminal signals using fMRI and psychophysics, finding multisensory integration in specific brain regions.

This paper identifies a neurocognitive state linked to increased perceptual errors in radiologists, detectable via brain imaging and associated with a threefold risk increase.

This study investigates sound symbolism by examining neural responses to audiovisual pseudoword-shape correspondences using fMRI, finding faster reaction times and greater activation for congruent stimuli.

This study investigates the neural basis of sound-symbolic crossmodal correspondence between auditory pseudowords and visual shapes using fMRI, finding incongruency effects in specific brain regions during auditory attention.

This study shows that olfactory co-stimulation improves the localization of weak intranasal somatosensory stimuli when the stimuli are delivered to the same nostril.

The paper examines how physical stimulus parameters in auditory and visual domains relate to perceptual ratings in sound-symbolic crossmodal correspondences.