PSYC3371 - Cognitive Neuroscience: Mind and Brain
offered in Spring 2017, 2018, 2019, 2020
Have you ever wondered where your memories are stored? Or how we perceive a rich visual world based on simple changes in light? Or what is going on in your brain when you’re distracted during class? Cognitive neuroscience aims to reveal the connections between mind and brain, linking cognitive phenomena to neurobiological processes. This course will introduce the neural bases of perception, attention, memory, emotion, and other cognitive functions, as well as the key research methods used to investigate these topics (functional MRI, EEG, lesion studies, neurostimulation). The course will also encourage critical evaluation of the scientific evidence presented in primary research articles in cognitive neuroscience. Class periods will include instructor-led lectures as well as team-led discussions of primary research articles.
PSYC4477 - Research Practicum in Cognitive Neuroscience
offered in Fall 2018
This course will provide an introduction to experimental methods used to understand how cognitive processes are implemented in the human brain. Topics will include research ethics, experimental design, appropriate use of statistical analysis, and methods for measuring and perturbing brain function. We will read and discuss research articles highlighting recent methodological advances and debates in psychology and neuroscience. In a series of hands-on projects, students will design and implement a cognitive neuroscience-motivated behavioral experiment, as well as interact with existing functional magnetic resonance imaging (fMRI) datasets.
PSYC5577 - The Hippocampus
offered in Fall 2017
The hippocampus has long been understood to play a critical role in long-term memory. However, its function appears to extend beyond processes typically associated with memory, and recent evidence has highlighted the structural and functional heterogeneity of the hippocampus. This seminar will focus on the theme of a multi-faceted hippocampus– one that is heterogeneous in its subregions, contributions to cognition, and connections with the rest of the brain. The course will integrate research from the cognitive and behavioral neurosciences, incorporating both human and rodent studies of hippocampal function. Class meetings will typically include student-led discussions of journal articles related to each week’s topic.