Emmanuel J. Barbeau

This study examines age-related changes in implicit learning using EEG and behavioral measures, finding that older adults show reorganized neural mechanisms for implicit encoding.

The paper identifies a slow-oscillatory architecture in the human medial temporal lobe that coordinates population activity during learning and facilitates offline reactivation and recall.

The paper investigates how the brain encodes value signals for pleasant and unpleasant scenarios, showing distinct neural systems in vmPFC and aIns that guide decision-making.

This study examines memory deficits after thalamic strokes by analyzing the role of the mammillothalamic tract (MTT) and finds that MTT disruption, not nucleus damage, is linked to memory impairments.

This study identifies cognitive profiles and factors influencing outcomes in patients with thalamic stroke using clustering and neuroimaging analyses.

This study examines the prevalence, genetic determinants, and cognitive associations of the interthalamic adhesion in 591 healthy individuals, finding a genetic basis and sexual dimorphism but no cognitive impact.

This study investigates the impact of interthalamic adhesion on cognition in healthy individuals and thalamic stroke patients, finding that IA may provide compensatory benefits in patients without IA.

This study uses independent component analysis on intracerebral EEG recordings to identify two distinct hippocampal sources involved in memory recognition, revealing faster neural responses than previously observed.

The paper characterizes neuronal responses to fast ripples in human epilepsy, showing local excitation and global inhibition across brain networks.

The paper investigates how mood fluctuations, influenced by incidental feedback, affect choice behavior through neural activity in the vmPFC and daIns.

The paper analyzes intracranial EEG data during recognition memory tasks to identify dynamic large-scale brain networks and their functional properties.

This study investigates whether prior knowledge enhances memory encoding in early Alzheimer's Disease using fMRI, finding that patients do not benefit from pre-experimental knowledge while controls do.