Faculty and students in the Cognition & Neuroscience (C&N) Area work on a range of research questions across the domains of cognition, perception, and neuroscience. Many C & N faculty collaborate with researchers in other areas of the Psychology and Neuroscience Department as well as other departments across the university including Computer Science, Engineering, Geology, and Education. 

A list of C & N faculty is given below. Faculty research areas can be subdivided into three clusters based on methodology: Behavioral Neuroscience (focus on animal models of addiction, stress, and aging); Cognition (focus on human behavior); and Cognitive Neuroscience (focus on measuring human brain and behavior using fMRI, non-invasive brain stimulation, and EEG). Questions about development cut across these three areas, and some C & N faculty are also part of the Developmental Area.

Students interested in applying to the doctoral program should carefully read through the FAQ below. For more specific information on how to apply to the Cognition and Neuroscience Area, please visit the Psychology Graduate Bulletin

Doctoral students in the Psychology and Neuroscience Department can also receive a Specialization in Neuroscience through the interdisciplinary Neuroscience Program, which includes faculty from the Biology, Pharmacology, Physical Therapy, and Psychology and Neuroscience Departments.

Individuals interested in pursuing a Masters Degree in Neuroscience, which is separate from our PhD program, should consider our 2-year degree: MS in Neuroscience: Systems, Behavior and Plasticity.

Cognition and Neuroscience Contacts

Dr. Thomas Shipley is the Cognition and Neuroscience Director. Please address admissions questions to Dr. Shipley​.

Cognition and Neuroscience Primary Faculty

Behavioral Science Faculty

Behavioral Science Faculty

Area of Study

Accepting Graduate Students

Not Accepting Graduate Students

Vinay Parikh

Animal models of addiction

Accepting graduate students for fall 2025

Ames Sutton

Neurochemical substrates of fronto-executive functions; normal and pathological aging; neurocognitive mechanisms of addiction

Accepting graduate students for fall 2025

Lisa Briand

Emotional and motivational states; feeding behavior

Accepting graduate students for fall 2025

Mathieu Wimmer

Molecular and epigenetic mechanisms underlying memory and addiction-like behaviors

Accepting graduate students for fall 2025

Cognitive Faculty

Cognitive Faculty

Area of Study

Accepting Graduate Students

Not Accepting Graduate Students

Nora Newcombe

Spatial cognition and development, Episodic memory and development, Science of Learning

Accepting graduate students for fall 2025

Thomas Shipley

Spatial perception & cognition; Event perception; STEM education

Not accepting graduate students for fall 2025

Robert Weisberg

*Emeritus

Accepting graduate students for fall 2025

Cognitive Neuroscience Faculty

Cognitive Neuroscience Faculty

Area of Study

Accepting Graduate Students

Not Accepting Graduate Students

Vlad Ayzenberg

Developmental Cognitive Neuroscience, Infant Development, Visual Perception, fMRI, Machine Learning

Accepting graduate students for fall 2025

Jason Chein

Working memory and cognitive control; Risk taking in adolescence

Accepting graduate students for fall 2025

Tania Giovanetti

Human neuropsychology and Everyday action; Aging, Dementia, and TBI

Graduate applications accepted through the Clinical Area only

Chelsea Helion

Social cognition; Affective neuroscience; Self-Regulation; fMRI

Not accepting graduate students for fall 2025

Johanna Jarcho

Developmental social neuroscience of peer relations, aggression, reward processing, and learning

Accepting graduate students for fall 2025

Peter Marshall

Developmental social cognitive neuroscience; self-other correspondence; EEG

Accepting graduate students for fall 2025

Ingrid Olson

Social cognition; episodic memory across the lifespan; cerebellar computations in social behavior and cognition; fMRI and diffusion imaging

Accepting graduate students for fall 2025

David Smith

Social and economic decision making in humans; Reward processing; fMRI; Noninvasive brain stimulation

Accepting graduate students for fall 2025