The lab investigates physiological, behavioral and neural mechanisms underlying social decisions and learning in childhood and adolescence with a particular focus on neurodevelopmental disorders such as Autism.
To unravel the neurobiological mechanisms underlying learning and decision making, we are combining behavioral experiments, computational modeling and neuroimaging.
Our work is supported by the Simons Foundation for Autism Research (SAFARI) and the National Institute of Health (NIH).
Learning to predict others across development
Social and nonsocial learning across developmental stages and levels of social functioning.
We are probing how social and non-social learning strategies differ in children and adolescents. An example of social learning is learning about other people’s preferences.
For example: what information are we using to predict whether someone likes chocolate? Are we relying on our own preference or on knowledge about our peer group? How are we integrating new information into existing knowledge structures?
We are using a computational modeling approach to describe learning and test whether these models differentiate between children with and without autism. We are also investigating how these learning models are encoded in brain signal with neuroimaging techniques.
Social learning models as predictors of cooperation, psychopathology and treatment response
Can social learning predict social functioning of people in real life as well as treatment outcomes for people with social deficits?
These projects investigate whether comprehensive neuro-cognitive models of learning can successfully predict social interaction, for instance people’s cooperation strategies. We are also investigating whether these models predict learning in real life settings, such as in treatment settings.
The long-term goal of this research is to use this neuro-cognitive approach to inform, refine, and individualize diagnosis, education, and treatment of youth with neurodevelopmental disorders.