Debbie Marianne Yee

This study identifies distinct neural regions associated with reward and punishment influences on cognitive control using fMRI and a multi-incentive task, revealing how these incentives shape control strategies and mental effort.

The paper shows that aversive outcomes influence mental effort allocation based on motivational context, with participants adjusting caution or efficiency depending on whether the outcome is punishment or reinforcement.

The paper uses MVPA to compare neural profiles of frontoparietal networks in boys with ADHD, PDD, and TD, finding differences in working memory processing.

This paper investigates how reward and punishment differentially influence cognitive control strategies, showing that they affect effort allocation in distinct ways.

This study shows that the human dorsal anterior cingulate cortex integrates motivational value signals from liquid and monetary incentives to influence cognitive task performance and self-reported motivation.