Cognition and Neuroscience

Research in the C&N area is diverse spanning memory, perception, action, cognition, animal learning, decision making, reward systems, addiction, and aging. Our researchers engage in a wide variety of experimental approaches. At human research labs these include statistical and mathematical modeling, electrophysiology, and brain imaging. At our animal research labs investigators  use behavioral, pharmacological, and molecular methods. C&N is a founding partner in the Department's Brain Imaging Center. Our primary goal is to prepare outstanding scholars and researchers.

Plan of Study
The C&N area awards both Masters and Ph.D. degrees. Typically, students earn their Master's in the second or third year and Ph.D. approximately two years later. In addition to departmental coursework, the C&N area offers a wide range of seminars. In the past few years, the following have been offered: Perception; Mind Drugs, and Behavior; Working Memory; Neuroimaging Methods; and Cognitive Aging. The C&N area participates in the Teaching of Psychology Practicum (TOPP) program in which graduate students teach their own course in their third or fourth year. Please see the Graduate Programs for more information about graduate study.

C&N Colloquium and The Showme Conference 
The C&N area hosts a weekly colloquium series featuring talks from faculty and students both inside and outside the C&N area. C&N also holds a joint meeting, The Showme Mental State Conference, with the Brain and Cognitive Science group at Washington University. 

Coronal for Cognition and Neuroscience

Coronal for Cognition and Neuroscience

Cognition and Neuroscience Research Labs

Lab Director Lab Location
Behavioral Neuroscience
Investigating motivational circuits mediating drug and natural rewards, including feeding and exercise
Matthew J. Will
Brainstorm Jason Craggs
Center for Translational Neuroscience
Our laboratory studies Neuropsychopharmacology using animal models.
Dennis K. Miller Center for Translational Neuroscience, 7th Floor, Medical Sciences Building
Clinical and Cognitive Neuroscience Laboratory
Research at my lab deals with the neural basis of attention, awareness, and action. Event-related potentials (ERPs), startle-blink, and neuroimaging techniques are used to identify the locus and time course of relevant brain processes in normal and neurologically impaired adults.
PDF icon Clinical & Cognitive Neuroscience Laboratory Flyer
Steven A. Hackley 108 Psychology Building
Cognitive Neuroscience Lab
Our lab is currently involved in research on autism, dementia, cognitive effects of stress, the cognitive neuroscience of problem solving ability, functional neuroimaging, and pharmacological modulation of cognition.
PDF icon Flyer
David Beversdorf Thompson Center, Suite 110
Dr. Schachtman's Laboratory
Associative Learning; Glutamate receptors and learning and behavior; Stimulus competition during associative and attributional processes
PDF icon Flyer
Todd R. Schachtman
Memory and Cognitive Aging Laboratory
***NOTE - I will be considering doctoral applicants for the Fall 2020 academic year*** Research at our laboratory concerns fundamental issues regarding human memory processes and structures. One line of this research explores the interplay between attention and memory, and another line of research investigates the mechanisms responsible for the adult-age changes in episodic memory.
Moshe Naveh-Benjamin 9B McAlester
Memory and Neuroimaging Lab
Research in the lab focuses on episodic memory and uses two non-invasive brain imaging techniques: functional magnetic resonance imaging (fMRI) and electroencephalography (EEG).
Jeffrey Johnson 126 Psychology Building
Rehabilitation Neuroscience Laboratory Scott Frey
Working Memory Laboratory
We conduct research on auditory and visual working memory and attention, in children and adults.
PDF icon Working Memory Lab flyer
Nelson Cowan McAlester Hall Annex