Seong Dae Yun

The paper shows limb-selective regions in the lateral temporal lobe shrink from childhood to adulthood, unlike body-selective regions.

This paper improves submillimetre fMRI image reconstruction using deep learning, achieving higher SNR than conventional methods in cortical depth-dependent neural activity studies.

This paper introduces a novel fMRI scheme that simultaneously acquires reversed phase-encoding EPI data in a single session, reducing acquisition time and energy deposition while evaluating distortion correction's impact on submillimetre fMRI.

This study uses EPIK to examine laminar fMRI dynamics in resting-state networks, finding depth-specific connectivity patterns and task-related changes in cortical layers.

This study examines how dynamic functional connectivity within cortical layers changes over time and its impact on identifying brain states in healthy individuals.