Emmanuelle Volle C

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.

This study examines EEG power changes during creative problem-solving, finding specific brain activity patterns linked to semantic remoteness and insight moments.

This study shows how individual preferences for ideas influence creative generation speed and quality through computational modeling and behavioral experiments.

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

This study presents a new neuroanatomical model of the default-mode network (DMN) that includes subcortical structures, revealing their structural and functional importance through diffusion tractography and interindividual brain alignment.

The paper develops a verbal similarity task to differentiate frontal lobe patients from others, finding differentiation errors are specific to frontal patients.

The paper develops methods to map lesion effects on brain circuits and shows they impact category fluency, with results available in BCBtoolkit.

The paper investigates how morphometric differences in the anterior temporal lobe correlate with semantic and shape categorization performance in healthy controls.