Xiuli Chen

This study investigates how explicit reward and performance feedback differentially affect sequential motor behavior, showing that their combination maximizes performance gains and leads to long-lasting improvements.

This study shows that reward improves sequential reaching performance, with gains maintained after reward removal, suggesting coarticulation enhances efficiency and retention of motor improvements.

The paper investigates age-related changes in motor decision-making by examining the role of Pavlovian biases in reward and punishment sensitivity across a large sample.