Neuroscience and Neuroengineering research and education are found across multiple Schools and Colleges at Georgia Tech and span a wide range of interests, many of which pivot on cutting-edge technology. We develop and translate interdisciplinary and innovative solutions to the challenges of understanding the complexity of the nervous system, treating neurological diseases and injuries, and augmenting neural function.

Inside the Institute for Neuroscience, Neurotechnology, and Society
2:30
Inside the Institute for Neuroscience, Neurotechnology, and Society
Georgia Tech Neural Engineering Center
2:32
Georgia Tech Neural Engineering Center
Active Predictive Coding and the Primacy of Actions in Natural and Artificial Intelligence
1:08:24
Active Predictive Coding and the Primacy of Actions in Natural and Artificial Intelligence
Examining Dexterous Motor Control in Children Born with a Below Elbow Deficiency
1:04:41
Examining Dexterous Motor Control in Children Born with a Below Elbow Deficiency
Autistic Lived Experience: Advocacy and Acceptance
1:13:39
Autistic Lived Experience: Advocacy and Acceptance
Making Sense of Sounds: Cortical Mechanisms for Dynamic Auditory Perception
1:02:18
Making Sense of Sounds: Cortical Mechanisms for Dynamic Auditory Perception
Neuroscience for Built Environment Studies Workshop, Introduction and Data Types
1:11:39
Neuroscience for Built Environment Studies Workshop, Introduction and Data Types
Neuroscience for Built Environment Studies Workshop Keynote Talk Dr. Hugo Spiers
54:36
Neuroscience for Built Environment Studies Workshop Keynote Talk Dr. Hugo Spiers
Neuroscience for Built Environment Studies Workshop Keynote Talk Dr. Sonit Bafna
44:16
Neuroscience for Built Environment Studies Workshop Keynote Talk Dr. Sonit Bafna
Neuroscience for Built Environment Studies Workshop Keynote Talk Dr. Thackery Brown
54:34
Neuroscience for Built Environment Studies Workshop Keynote Talk Dr. Thackery Brown
The Role of GPCR Family Mrgprs in Itch, Pain, and Innate Immunity
49:44
The Role of GPCR Family Mrgprs in Itch, Pain, and Innate Immunity
The Promise of MitoQuinone Therapeutics in Experimental TBI
1:02:47
The Promise of MitoQuinone Therapeutics in Experimental TBI
Dissociating Language and Thought in Humans and In Machines
1:02:59
Dissociating Language and Thought in Humans and In Machines
Towards a Computational Account of Human Visual Intelligence
1:04:27
Towards a Computational Account of Human Visual Intelligence
Learning Representations of Complex Meaning in the Human Brain
59:51
Learning Representations of Complex Meaning in the Human Brain
Brain-Computer Interfaces for Basic Science
1:08:02
Brain-Computer Interfaces for Basic Science
Engaging the Experts: A Conversation on Lived Experience
59:37
Engaging the Experts: A Conversation on Lived Experience
Developing Optogenetic Neuronal Networks for Circuit Modeling & Biological Neural Interfaces
1:02:57
Developing Optogenetic Neuronal Networks for Circuit Modeling & Biological Neural Interfaces
How to Achieve Good Transfer Learning with Transformers on Neural Datasets
1:02:45
How to Achieve Good Transfer Learning with Transformers on Neural Datasets
Themes and Variations in Animal Behavior
1:03:51
Themes and Variations in Animal Behavior
The Nonlinear Population Dynamics Underlying Taste Perception and Action
57:16
The Nonlinear Population Dynamics Underlying Taste Perception and Action
Functionally Stratified Encoding in a Biological Gyroscope
58:11
Functionally Stratified Encoding in a Biological Gyroscope
Itch Receptors in the Airway
47:05
Itch Receptors in the Airway
Biophysically Principled Modeling of Human MEG/EEG Signals Reveals Mechanisms of Brain Rhythms
57:12
Biophysically Principled Modeling of Human MEG/EEG Signals Reveals Mechanisms of Brain Rhythms
Map Making in C. elegans: Charting the Nervous System
1:05:06
Map Making in C. elegans: Charting the Nervous System
Hippocampal Codes in Spatial Memory and Alzheimer’s Disease
48:32
Hippocampal Codes in Spatial Memory and Alzheimer’s Disease
Mapping the Structure of Animal Behavior
49:23
Mapping the Structure of Animal Behavior
Inhibitory Control of Cortical Activity in vivo
55:00
Inhibitory Control of Cortical Activity in vivo
How the Cortex Regulates the Thalamus
1:02:47
How the Cortex Regulates the Thalamus
Identifying and Targeting Potential Biomarkers of Motor Dysfunction after Stroke
52:41
Identifying and Targeting Potential Biomarkers of Motor Dysfunction after Stroke