Camille Jeunet

This study examines how sport expertise and motor imagery ability affect sensorimotor rhythm modulations during visualization tasks, suggesting tailored neurofeedback training is needed.

This study compares beta power and beta coherence as predictors of movement vigor, finding that coherence provides a more reliable and consistent prediction.

This study shows that beta power reflects motor flexibility rather than vigor, as reducing beta power improved task performance across different motor tasks.

This study examines how feedback transparency in neurofeedback affects performance and agency, finding that transparent feedback improves performance while motor illusions reduce it.