- Auditory and Language Neuroscience Lab [Hickok and Saberi]
- Bayesian Cognitive Modeling Lab [Lee]
- Chubb-Wright Lab [Chubb and Wright]
- Cognition and Individual Differences Lab [Vandekerckhove]
- Cognitive Anteater Robotics Lab [Krichmar]
- Cognitive Development Lab [Sarnecka]
- Cognitive NeuroSystems Lab [D'Zmura]
- Computation of Language Lab [Pearl]
- Conscious Systems Lab [Saberi]
- Development of Social Cognition Lab [Chernyak]
- Hearing Research Lab [Richards]
- Human Neuroscience Lab [Srinivasan]
- Lab for Visual Neuroscience [Brewer]
- Learning and Decision Neuroscience Lab [Liljeholm]
- Memory Attention Perception Lab [Dosher]
- Neuromorphic Machine Intelligence Lab [Neftci]
- Sleep and Cognition Lab [Mednick]
- Structure in Perception and Cognition Lab [Rouder]
- Visual Perception and Neuroimaging Lab [Grossman]
- Visual Perception Lab [Pizlo]
Dr. Greg Hickok and Dr. Kourosh Saberi
The Auditory and Language Neuroscience Lab studies the neural and computational basis of auditory perception, speech, and language processing.
Dr. Michael D. Lee
The Bayesian Cognitive Modeling Lab focuses on cognitive models involving representation, memory, learning, and decision making, with a special focus on individual differences and collective cognition.
Dr. Charles Chubb and Dr. Ted Wright
The Chubb-Wright Lab focuses on studies at the intersection of attention, perception and movement.
Dr. Joachim Vandekerckhove
The Cognition and Individual Differences Lab focuses on the integration of cognitive models with modern statistical methods for individual differences.
Dr. Jeffrey L. Krichmar
The Cognitive Anteater Robotics Laboratory tests computational models of the nervous system on robots and on parallel computing platforms.
Dr. Barbara Sarnecka
The Cognitive Development Lab conducts behavioral studies of conceptual and language development in young children, especially in numerical cognition.
Dr. Mike D'Zmura
The Cognitive NeuroSystems Lab investigates vision, hearing, search and navigation in 4D virtual environments, and EEG studies of speech and attention.
Dr. Lisa Pearl
The CoLaLab investigates the complex system we call human language, focusing on information acquisition and extraction.
Dr. Kourosh Saberi
The Conscious Systems Lab is primarily interested in the neural, computational, and behavioral mechanisms through which a system (biological or artificial) becomes aware of its own existence (self-aware) or aware of its surroundings and object properties in its environment.
Dr. Nadia Chernyak
The DoSC Lab investigates how we learn to reason about the social world.
Dr. Ginny Richards
The Hearing Research Lab focuses on the perception of complex sounds using psychophysical methods and computational models.
Dr. Ramesh Srinivasan
The Human Neuroscience Lab studies the integrative function of the brain in perception, attention, and cognition combining EEG and MEG studies with models of the neural mechanisms.
Dr. Alyssa A. Brewer
The Lab for Visual Neuroscience studies human visual and multi-sensory neuroscience using behavioral, genetic, and neuroimaging techniques.
Dr. Mimi Liljeholm
The LDN Lab addresses how humans discover and represent the predictive structure of their environment, and how such knowledge shapes cognition, perception and action.
Dr. Barbara Dosher
The Memory Attention Perception Lab studies human information processing and its interaction with perception using behavioral testing and computational modeling.
Dr. Emre Neftci
The NMI Lab strives to emulate high-level, cognitive function in dedicated neuromorphic hardware systems by joining insights from neuroscience and machine learning.
Dr. Sara Mednick
The Sleep and Cognition (SaC) Lab is interested in understanding who we are as humans by investigating how we form memories.
Dr. Jeff Rouder
The Structure in Perception and Cognition Lab is interested in develop new statistical methods to address long-standing questions in cognitive psychology.
Dr. Emily Grossman
The Visual Perception and Neuroimaging Lab studies the perceptual and neural heuristics our visual systems use to construct the unified world that we experience.
Dr. Zygmunt Pizlo
The ViPER Lab studies mental mechanisms (algorithms) involved in cognitive functions.