Cognitive neuroscience is the study of how the brain enables the mind. Brain science explores how individual neurons operate and communicate to form complex neuronal architectures that comprise the human brain. Cognitive science uses the experimental methods of cognitive psychology and artificial intelligence to create and test models of higher-level cognition such as thought and language. Cognitive neuroscience bridges these two domains. It maps higher-level cognitive functions to known brain architectures and known modes of neuronal processing.
In our Cognitive Neuroscience graduate program, students use a wide variety of research techniques. Event-related potentials (ERP) are used to study how different populations of neurons respond on a millisecond-to-millisecond basis as they process different types of information (e.g., looking at a face). We use functional magnetic imaging (fMRI) to see which areas of the brain are preferentially activated when processing different types of information or engaging in different types of behavior. We use virtual reality to understand how we navigate within our world. We use cognitive psychology tasks to better understand patients with brain damage, and how the healthy brain changes as we age. We use cognitive techniques to explore how the brain changes when our mind’s wander and to explore differences in brain function between different groups of people (from problem gamblers, to those with synaesthesia).
Our renowned faculty and their graduate students in cognitive neuroscience are excited to explore the intricacies of brain and mind and are beginning to peel back the curtain to expose the inner workings of who we are.
Go to Future Graduate Students for information regarding programs, funding and awards, application instructions, and admission requirements.
Last updated: Oct 6, 2016
