Joan Duprez

The paper quantifies the contribution of aperiodic activity to oscillatory functional networks in EEG data and finds that aperiodic activity dominates most networks.

This study examines aperiodic EEG activity in Parkinson's disease during cognitive tasks, finding increased offsets and task-related differences but no behavioral or clinical correlations.

This study examines how methodological choices in EEG source connectivity analysis affect results consistency and similarity across subjects.

This study evaluates how EEG channel density, inverse solutions, and connectivity measures affect resting-state network reconstruction accuracy using simulations.

This study investigates dynamic functional brain networks during cognitive action control in Parkinson's disease patients and healthy controls using HD-EEG, finding differences in network composition and temporal organization.

The paper evaluates EEG source-space networks using a large-scale brain activity model called COALIA, showing that high electrode density and specific inverse solution/connectivity measure combinations improve network estimation.

This study investigates synchronization between keyboard typing and neural oscillations, finding that typing follows theta rhythmicity and synchronizes with neural oscillations across a range of frequencies.

The paper examines STN neural oscillations during explicit and implicit emotional processing tasks in PD patients, finding no effect of emotional valence or task demands on oscillatory power or phase consistency.

This study shows midfrontal theta phase coordinates brain computations during cognitive control tasks, with behaviorally relevant effects observed across two datasets.

This study examines how promised reward affects subthalamic nucleus activity during conflict resolution in Parkinson’s disease patients using local field potential recordings.