Kyle M. Jasmin

The paper shows that auditory conceptual navigation recruits spatial grid-like computations in the entorhinal-hippocampal system, as evidenced by fMRI and behavioral experiments.

The paper uses fMRI and language analysis to show that increased functional connectivity in autism correlates with more typical language behavior during conversations, suggesting a compensatory mechanism.

The paper shows that listeners adjust the perceptual weight of acoustic speech dimensions during suprasegmental categorization, down-weighting less relevant dimensions in accented speech.

This study investigates whether over-reliance on auditory feedback causes stuttering by comparing neural responses in people who stutter during different speech conditions.

The paper shows that language experience shapes perceptual strategies across tasks, with Mandarin speakers prioritizing pitch over other dimensions in speech and music perception.

The paper investigates altered functional connectivity in congenital amusia during speech perception, finding reduced connectivity between language and pitch-related brain regions.

The paper introduces MBOPP, a new tool for assessing prosody perception, with two subtests and the ability to examine individual acoustic features and calibrate difficulty.

This study examines neural activity during conversation and rest in autistic males, finding increased inter-regional correlations in social processing regions during social tasks and rest, suggesting core and contextual neural features of autism.

The paper shows that individuals with pitch perception deficits use different perceptual strategies to process speech, relying more on duration cues and compensating for their deficits in speech and music perception.