Jongwan Kim

This study decodes emotional valence and arousal using wearable EEG in naturalistic settings, finding valence is more reliably decoded than arousal.

This study uses fNIRS to show that affective states are consistently represented in the prefrontal cortex during both viewing and recall of emotional videos.

This study uses intersubject correlation analysis on fMRI data to identify brain regions with synchronized neural responses to naturalistic emotional stimuli across participants.

This study identifies brain regions where valence is consistently represented during video watching and recall, showing similar neural patterns despite the absence of external stimuli.

This study identifies multiple integration sites for audiovisual processing in the human brain through a meta-analysis of neuroimaging experiments.

This study examines how sustained threat is processed in the human brain using fMRI, finding widespread neural effects beyond traditional emotion-related regions.

This study investigates how emotion and action interact in the brain by examining context-dependent responses to threatening stimuli using fMRI and Bayesian analysis.