Benoît Béranger

This study identifies increased intra-individual saccadic variability and altered functional connectivity in early Parkinson's disease, showing their potential as biomarkers for early diagnosis.

The paper identifies shared neural networks and bifurcation dynamics across sensory and extra-sensory regions that predict conscious auditory perception regardless of task.

The paper uses fast BOLD fMRI to study neurovascular coupling in CADASIL patients, finding altered BOLD response amplitude and timing indicative of early neurovascular impairment.

The paper investigates cerebellar neuromodulatory networks involved in motor adaptation and reinforcement feedback using PET and fMRI data, finding distinct roles for serotonin and dopamine in adaptation speed and retention.

This study identifies prefrontal and cerebellar regions of the default mode network involved in goal-directed remote thinking during a creative task.

This study investigates idea selection during creative thinking and finds that it uses value-based mechanisms similar to economic decision-making, involving brain valuation systems and the dorsal anterior cingulate cortex.

The paper shows that the human reward system encodes subjective values of ideas during creative thinking, linking these values to individual preferences and creative abilities.

The paper shows that specific brain connectivity patterns during wakefulness enhance conscious processing of external stimuli, with mutual influence between brain dynamics and perception.

This study links brain functional connectivity to semantic memory structure and real-life creativity using connectome-based predictive modeling.

The paper identifies a novel resting-state network in the brain that reflects delayed connectivity with the stomach's slow electrical rhythm, revealing new insights into how the brain represents bodily and external space.