Studying the Human Brain in Action

To build the next generation of neurological and psychiatric therapies.

A research participant seated wearing a mobile scalp EEG system and virtual reality headset. Dr. Suthana assisting the participant in putting on the equipment.
Our approach

Neurosience in Motion

Our lab records neural activity in people as they walk, navigate, and interact with real and virtual environments by combining implanted brain electrodes with motion capture, eye tracking, and wearable sensors. What we discover feeds directly into the development of targeted stimulation therapies for neurological and psychiatric conditions.

A participant wearing a mobile scalp EEG system and virutal reality headset, participating in research tasks.
Instrumentation

Our Technology

Line-style diagram depicting an  electrode within a human brain from two views: birds-eye and from the side.
record

Intracranial
Recordings

Single Neuron, LFP, & iEEG

We record the activity of individual neurons, local field potentials, and intracranial EEG from implanted electrodes, capturing how the brain processes memory, navigation, and emotion at cellular resolution.

3D diagram depicting a human brain within a human head with a small metal RNS device  resting atop the back half of the brain.
Rewire

Deep Brain Stimulation

Responsive Neurostimulation

Implanted electrodes deliver targeted electrical pulses to modulate brain circuits linked to disorders including Parkinson’s disease and treatment-resistant PTSD.

A mannequin head wearing a mobile Scalp EEG System. A soft helmet-like headpiece with many small round EEG leads all over.
Track

Wearable Sensors

Full-Body + Biometrics

Motion capture, scalp EEG, eye tracking, and physiological sensors measure whole-body behavior alongside brain activity in real time.

A research participant seated wearing a mobile scalp EEG System and virtual reality headset. A pair of hands assisting the participant in putting on the equipment.
Simulate

Augmented & Virtual Reality

Immersive Environments

Custom VR and AR environments let participants navigate and make decisions in rich, controlled scenarios while we record from the brain.

PEER-REVIEWED WORK

Publications

PLOS Biology article graphic on eye movements and memory

Eye Movements Reflect Memory-Related Theta Activity in the Human Brain

PLOS Biology
Nature Human Behaviour article graphic on real-world navigation

Human Neural Dynamics of Real-World and Imagined Navigation

Nature Human Behaviour
Nature Reviews Neuroscience article graphic on mobile brain imaging

Mobile Cognition: Imaging the Human Brain in the 'Real World'

Nature Reviews Neuroscience
Dr. Suthana and a team member examining a computer screen.
Updates

Featured News

Nanthia Suthana presenting at SfN 2025
November 17, 2025
Society for Neuroscience

SfN Special Lecture: From Foraging to Flashbacks-The Neural Basis of Spatial Memory & Mental Time Travel

Read more
Society for Neuroscience (SfN) meeting logo
November 10, 2025
Society for Neuroscience

The Suthana Lab at Society for Neuroscience (SfN) meeting

VR lab equipment including motion capture cameras and sensors
November 5, 2025
Duke

Transforming Reality: How Gaming Gear is Impacting Health Care

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Reach out to us

Contact

Location

Duke University
Hock Plaza
Durham, NC 27705

Volunteer

Volunteering in our lab is an excellent and rewarding way to use your time while contributing and gaining personal experience. Contact us to learn about current opportunities.

Open Positions

Interested in joining the lab? Visit our Jobs page to see current openings, or reach out directly if you’d like to discuss opportunities.

Get in Touch

Questions about our research, interest in joining the lab, or inquiries about participating in a study? Email us at SuthanaLab@duke.edu or use the form below.

We will make every effort to respond to your inquiry within 72 hours.

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