SfN Special Lecture: From Foraging to Flashbacks-The Neural Basis of Spatial Memory & Mental Time Travel
From Foraging to Flashbacks: The Neural Basis of Spatial Memory and Mental Time Travel Special Lecture given by Nanthia Suthana, PhD during the SfN annual meeting 2025 in San Diego, California.
The Suthana Lab at Society for Neuroscience (SfN) meeting
The Suthana Lab team will be attending the Society for Neuroscience (SfN) conference in San Diego from November 15–19, 2025. Nanthia Suthana, along with our lab members and collaborators from the labs of Matthias Stangl, Cory Inman, and the EMBER Archive, will be giving talks and presenting posters showcasing our latest findings. Be sure to […]
Transforming Reality: How Gaming Gear is Impacting Health Care
Several interdisciplinary projects are using virtual and augmented reality to push the frontiers of physical and mental therapies at Duke University. Dr. Nanthia Suthana’s lab works with students of game design, electrical and biomedical engineering, neuroscience, psychology, and even visual arts – presenting powerful opportunities to gain a glimpse into the workings of the brain. […]
Learning the Language of the Brain
Dr. Nanthia Suthana, who joined the Duke Department of Neurosurgery earlier this year as a Duke Science and Technology Scholar, studies the neural mechanisms of cognition and behavior. At Duke, she is continuing the cutting-edge research she began at UCLA, using advanced neuroimaging and electrophysiology technologies to investigate and treat neurological and psychiatric disorders. Read More
Suthana Lab joins Duke Department of Neurosurgery
Nanthia Suthana, PhD, and her team have joined the Duke Department of Neurosurgery. Suthana specializes in studying the neural mechanisms of cognition and behavior in naturalistic settings. She develops and applies invasive neuroimaging and electrophysiology techniques, including mobile intracranial recordings and deep brain stimulation, to investigate memory, spatial navigation, and neurostimulation-based therapies. At Duke, Dr. […]
Kempner’s Seminar Series – Neural Dynamics of Memory, Navigation, and Threat Detection: Implications for AI & Brain-Inspired Learning Systems
Dr. Suthana was invited to speak at the Kempner’s Seminar Series at Harvard University, February 2025. This talk explores fundamental neural mechanisms involved in memory formation, spatial navigation, and threat detection, using a unique approach of neural recordings from patients with neural implants who are able to move freely in real-world environments. I will first […]
Pushing Boundaries: Memory Enhancement, Virtual Reality, and Trauma Therapy in Neuroscience
Dr. Suthana was invited to speak to Andreas Horn who interviews experts in the field of deep brain stimulation, noninvasive neuromodulation, functional brain imaging, and neuroanatomy. Andreas Horn, M.D., Ph.D., directs the Institute for Network Stimulation and is a professor of computational neurology at the University of Cologne. Listen
Congrats to Jay for successfully defending his thesis
More exciting lab news! Jay Gill @_iamjay MD/PhD student in the lab is defending his thesis next Monday! Join to hear about closed-loop amygdala stimulation to treat patients with PTSD. Also rare amygdala recordings in freely-moving humans during fear conditioning! ? pic.twitter.com/Doa9tNJ1HY — Nanthia Suthana (@SuthanaLab) May 2, 2023
A wearable platform for closed-loop stimulation and recording of single-neuron and local field potential activity in freely moving humans
? Our latest paper is out today in Nature Neuro ? Introducing the Neuro-stack, a wearable platform that records human single-neuron activity during walking?????https://t.co/rT7cVlwScp pic.twitter.com/gkvX96ngyF — Nanthia Suthana (@SuthanaLab) February 20, 2023
Matthias Stangl receives K99 grant
Congrats to postdoc Matthias Stangl for receiving the Notice of Award for an NIH sponsored K99/R00 grant! tweet by Matthias: @MatStangl I’m thrilled to share that I’ve received a K99/R00 “Pathway to Independence Award” from the NIH (NINDS), to investigate the neural mechanisms of spatial representations beyond the self, and for my transition to […]