Jonathan Erik Peelle

This study uses fMRI to analyze naturalistic movie viewing and identifies a distributed brain network involved in audiovisual speech processing beyond traditionally studied regions.

This study shows that caudate dopamine-D2 receptor availability influences cognitive effort decisions in both lab tasks and daily life.

The paper examines how the brain processes surprisal and semantic distance during naturalistic movie viewing using fMRI, finding distinct neural responses in specific brain regions.

This study examines how hearing loss and tinnitus affect brain structure across the adult lifespan using MRI data, finding specific regional impacts and age-related changes.

The paper presents a high-density diffuse optical tomography dataset from participants viewing a movie, suitable for studying cognitive phenomena.

This study shows real-time motion feedback reduces head movement during task-based fMRI, with a moderate effect size, but effectiveness varies by participant and task.

This study evaluates frame censoring for motion correction in task-based fMRI across multiple datasets, finding modest improvements but no single method consistently outperforms others.

This study finds that listeners with cochlear implants show greater left prefrontal cortex activity during speech understanding compared to normal hearing listeners.

This study uses fMRI to show increased connectivity between auditory and visual cortices during audiovisual speech perception compared to unimodal conditions.

This study compares brain activity during spoken word recognition in young and older adults using fMRI, finding similar patterns but reduced auditory cortex activity in older adults.

The paper investigates how perirhinal cortex encodes semantic knowledge of objects by dissociating perceptual features from semantic meaning using fMRI and multivoxel-pattern analysis.