Research
The Motor Neuroscience Lab focuses on understanding the neurobiology of motor behavior, particularly we examine the interaction of cognition and movement execution.
Our mission is to develop a comprehensive understanding of cognitive-motor integration
and inform new rehabilitation approaches for persons with neurological diseases. 
Reinforcement Feedback During Motor Adaptation
Reinforcement is a powerful tool that promotes learning across a variety of contexts. When applied to motor learning, reinforcement can have differential effects. This research line observes both the behavioral and neural changes associated with reward and punishment during visuomotor and locomotor adaptation.
Psychological Disorders Effect on Movement Execution
Psychological disorders are often characterized by changes in cognition; however, disruptions can also be found in motor behavior. Reduced movement coordination, poor task accuracy, and slower movements times can be found across many psychological disorders and are often overlooked. In this research line, we try to understand how motor behavior changes in those with psychological disorders (anxiety, depression, OCD). We use inhibitory control, decision making under uncertainty, and sense agency paradigms to reveal the neural mechanisms behind motor behavior in psychological disorders.
Modulation of Skill Learning
Optimizing our ability to learn/relearn a new skill is important in the context of sports and rehabilitation. This line of research explores what makes you learn faster and remember better. We use non-invasive brain stimulation and exercise as tools to modulate skill learning.