Institute for Neuroscience, Neurotechnology, and Society
@gt-neuro.bsky.social
Discovering brain principles | Developing interventions | Addressing societal impacts.
Georgia Tech is making a big splash at @sfn.org with 120+ presenters & 100+ collaborators.
✅ Explore our SfN dashboard
✅ Follow us for daily highlights
✅ Tag #GTSfN25 to be featured!
👉 public.tableau.com/views/Neuros...
#SfN25 #Neuroscience #GeorgiaTech #ResearchInnovation
✅ Explore our SfN dashboard
✅ Follow us for daily highlights
✅ Tag #GTSfN25 to be featured!
👉 public.tableau.com/views/Neuros...
#SfN25 #Neuroscience #GeorgiaTech #ResearchInnovation
November 14, 2025 at 5:23 PM
Georgia Tech is making a big splash at @sfn.org with 120+ presenters & 100+ collaborators.
✅ Explore our SfN dashboard
✅ Follow us for daily highlights
✅ Tag #GTSfN25 to be featured!
👉 public.tableau.com/views/Neuros...
#SfN25 #Neuroscience #GeorgiaTech #ResearchInnovation
✅ Explore our SfN dashboard
✅ Follow us for daily highlights
✅ Tag #GTSfN25 to be featured!
👉 public.tableau.com/views/Neuros...
#SfN25 #Neuroscience #GeorgiaTech #ResearchInnovation
Today, the #INNSightForum welcomes its second external speaker, Liina Pylkkänen (@liinapy.bsky.social)!
Join us as we explore language processing to take a glance into the brain’s temporal dynamics at 11:15 a.m. in the Suddath Seminar Room (IBB 1128) or online | 🗓️ neuro.gatech.edu/innsight-for...
Join us as we explore language processing to take a glance into the brain’s temporal dynamics at 11:15 a.m. in the Suddath Seminar Room (IBB 1128) or online | 🗓️ neuro.gatech.edu/innsight-for...
October 27, 2025 at 2:15 PM
Today, the #INNSightForum welcomes its second external speaker, Liina Pylkkänen (@liinapy.bsky.social)!
Join us as we explore language processing to take a glance into the brain’s temporal dynamics at 11:15 a.m. in the Suddath Seminar Room (IBB 1128) or online | 🗓️ neuro.gatech.edu/innsight-for...
Join us as we explore language processing to take a glance into the brain’s temporal dynamics at 11:15 a.m. in the Suddath Seminar Room (IBB 1128) or online | 🗓️ neuro.gatech.edu/innsight-for...
From wearable robotics to deep brain stimulation, our researchers are tackling stroke recovery, limb loss, aging, depression, and more.
This is the neuroscience that moves us — literally and figuratively.
research.gatech.edu/feature/neur... | @gtresearch.bsky.social
This is the neuroscience that moves us — literally and figuratively.
research.gatech.edu/feature/neur... | @gtresearch.bsky.social
October 23, 2025 at 5:44 PM
From wearable robotics to deep brain stimulation, our researchers are tackling stroke recovery, limb loss, aging, depression, and more.
This is the neuroscience that moves us — literally and figuratively.
research.gatech.edu/feature/neur... | @gtresearch.bsky.social
This is the neuroscience that moves us — literally and figuratively.
research.gatech.edu/feature/neur... | @gtresearch.bsky.social
Today, the #INNSightForum is welcoming its first external speaker!
MIT's Oliver Rollins will be joining us to explore the sociological dimensions of neuroscience. Join us at 11:15 a.m. in the Suddath Seminar Room (IBB 1128) or online | 🗓️ neuro.gatech.edu/innsight-for...
MIT's Oliver Rollins will be joining us to explore the sociological dimensions of neuroscience. Join us at 11:15 a.m. in the Suddath Seminar Room (IBB 1128) or online | 🗓️ neuro.gatech.edu/innsight-for...
October 20, 2025 at 1:39 PM
Today, the #INNSightForum is welcoming its first external speaker!
MIT's Oliver Rollins will be joining us to explore the sociological dimensions of neuroscience. Join us at 11:15 a.m. in the Suddath Seminar Room (IBB 1128) or online | 🗓️ neuro.gatech.edu/innsight-for...
MIT's Oliver Rollins will be joining us to explore the sociological dimensions of neuroscience. Join us at 11:15 a.m. in the Suddath Seminar Room (IBB 1128) or online | 🗓️ neuro.gatech.edu/innsight-for...
“Applied Design Methods for Community Well-Being” is a new course in partnership with A.G. Rhodes, where students use design to foster human connection and engage with adults experiencing cognitive decline.
Learn how empathy is fueling creative care: neuro.gatech.edu/new-course-g...
Learn how empathy is fueling creative care: neuro.gatech.edu/new-course-g...
October 14, 2025 at 3:31 PM
“Applied Design Methods for Community Well-Being” is a new course in partnership with A.G. Rhodes, where students use design to foster human connection and engage with adults experiencing cognitive decline.
Learn how empathy is fueling creative care: neuro.gatech.edu/new-course-g...
Learn how empathy is fueling creative care: neuro.gatech.edu/new-course-g...
After nearly 10 years of weekly seminars, we’re reimagining the conversation.
Today, Tim Cope helped launch the INNSight Forum — a new weekly event exploring neuroscience, neurotech, and society through research, professional development, and community.
neuro.gatech.edu/seminar-series
Today, Tim Cope helped launch the INNSight Forum — a new weekly event exploring neuroscience, neurotech, and society through research, professional development, and community.
neuro.gatech.edu/seminar-series
September 15, 2025 at 4:08 PM
After nearly 10 years of weekly seminars, we’re reimagining the conversation.
Today, Tim Cope helped launch the INNSight Forum — a new weekly event exploring neuroscience, neurotech, and society through research, professional development, and community.
neuro.gatech.edu/seminar-series
Today, Tim Cope helped launch the INNSight Forum — a new weekly event exploring neuroscience, neurotech, and society through research, professional development, and community.
neuro.gatech.edu/seminar-series
We're thrilled to announce the inaugural Georgia Tech–Shepherd Center Seed Grant recipients, advancing neurorehabilitation through AI, stroke recovery, and mobility innovation. #ShepherdCenter #Shepherd50 @gtresearchnews.bsky.social
neuro.gatech.edu/georgia-tech...
neuro.gatech.edu/georgia-tech...
August 22, 2025 at 2:46 PM
We're thrilled to announce the inaugural Georgia Tech–Shepherd Center Seed Grant recipients, advancing neurorehabilitation through AI, stroke recovery, and mobility innovation. #ShepherdCenter #Shepherd50 @gtresearchnews.bsky.social
neuro.gatech.edu/georgia-tech...
neuro.gatech.edu/georgia-tech...
The brain remains one of science’s most complex frontiers. Georgia Tech is taking on that challenge with INNS — and Christopher Rozell will lead as its inaugural executive director.
research.gatech.edu/rozell-named... #Neuroscience #AI #Research @crozell.bsky.social
research.gatech.edu/rozell-named... #Neuroscience #AI #Research @crozell.bsky.social
July 15, 2025 at 6:11 PM
The brain remains one of science’s most complex frontiers. Georgia Tech is taking on that challenge with INNS — and Christopher Rozell will lead as its inaugural executive director.
research.gatech.edu/rozell-named... #Neuroscience #AI #Research @crozell.bsky.social
research.gatech.edu/rozell-named... #Neuroscience #AI #Research @crozell.bsky.social
And that's a wrap on #InterfaceNeuroGT!
Thank you to the organizers and attendees for a great meeting. See you next year at @riceneuro.bsky.social!
@crozell.bsky.social @vulcnethologist.bsky.social @gtresearchnews.bsky.social
Thank you to the organizers and attendees for a great meeting. See you next year at @riceneuro.bsky.social!
@crozell.bsky.social @vulcnethologist.bsky.social @gtresearchnews.bsky.social
May 8, 2025 at 9:11 PM
And that's a wrap on #InterfaceNeuroGT!
Thank you to the organizers and attendees for a great meeting. See you next year at @riceneuro.bsky.social!
@crozell.bsky.social @vulcnethologist.bsky.social @gtresearchnews.bsky.social
Thank you to the organizers and attendees for a great meeting. See you next year at @riceneuro.bsky.social!
@crozell.bsky.social @vulcnethologist.bsky.social @gtresearchnews.bsky.social
The final #InterfaceNeuroGT session covered joint modeling of brain and behavior. Speakers highlighted how they're using innovative computational and experimental approaches to understand how neural activity influences behavior and intention.
Chaired by @vulcnethologist.bsky.social.
Chaired by @vulcnethologist.bsky.social.
May 8, 2025 at 8:41 PM
The final #InterfaceNeuroGT session covered joint modeling of brain and behavior. Speakers highlighted how they're using innovative computational and experimental approaches to understand how neural activity influences behavior and intention.
Chaired by @vulcnethologist.bsky.social.
Chaired by @vulcnethologist.bsky.social.
Our next #InterfaceNeuroGT session highlighted cutting-edge techniques for measuring and manipulating sensorimotor and cognitive behavior — across species and across scales.
Sponsored by McCamish Parkinson's Disease Innovation Program and chaired by @drannabellesinger.bsky.social.
Sponsored by McCamish Parkinson's Disease Innovation Program and chaired by @drannabellesinger.bsky.social.
May 8, 2025 at 7:34 PM
Our next #InterfaceNeuroGT session highlighted cutting-edge techniques for measuring and manipulating sensorimotor and cognitive behavior — across species and across scales.
Sponsored by McCamish Parkinson's Disease Innovation Program and chaired by @drannabellesinger.bsky.social.
Sponsored by McCamish Parkinson's Disease Innovation Program and chaired by @drannabellesinger.bsky.social.
We were thrilled to hear #InterfaceNeuroGT's keynote talk from @michaelokun.bsky.social, who shared lessons learned from decades of experience working with patients receiving neuromodulation therapies.
A few key takeaways 🧵⬇️
A few key takeaways 🧵⬇️
May 8, 2025 at 5:26 PM
We were thrilled to hear #InterfaceNeuroGT's keynote talk from @michaelokun.bsky.social, who shared lessons learned from decades of experience working with patients receiving neuromodulation therapies.
A few key takeaways 🧵⬇️
A few key takeaways 🧵⬇️
Day 2 of #InterfaceNeuro is off! We began today by redefining brain-machine interfaces — from real-time adaptation and closed-loop control of devices to incorporating the peripheral nervous system .
Sponsored by the Neural Engineering Center and chaired by @chethanp.bsky.social.
Sponsored by the Neural Engineering Center and chaired by @chethanp.bsky.social.
May 8, 2025 at 4:14 PM
Day 2 of #InterfaceNeuro is off! We began today by redefining brain-machine interfaces — from real-time adaptation and closed-loop control of devices to incorporating the peripheral nervous system .
Sponsored by the Neural Engineering Center and chaired by @chethanp.bsky.social.
Sponsored by the Neural Engineering Center and chaired by @chethanp.bsky.social.
The first day of #InterfaceNeuroGT is wrapping up with a presentation from the generous sponsors of our meeting: @protocollabs.bsky.social, Medtronic, Blakcrock Neurotech, and Cognito Therapeutics.
These companies are bringing cutting edge technologies, therapies, and research to the fold.
These companies are bringing cutting edge technologies, therapies, and research to the fold.
May 7, 2025 at 8:17 PM
The first day of #InterfaceNeuroGT is wrapping up with a presentation from the generous sponsors of our meeting: @protocollabs.bsky.social, Medtronic, Blakcrock Neurotech, and Cognito Therapeutics.
These companies are bringing cutting edge technologies, therapies, and research to the fold.
These companies are bringing cutting edge technologies, therapies, and research to the fold.
Our final #InterfaceNeuroGT session of the day saw leading researchers present innovations in brain stimulation, AI-driven neurostimulation, and neuromodulation for functional recovery.
Sponsored by the NSF BRAIN IUCRC and chaired by Michelle LaPlaca.
Sponsored by the NSF BRAIN IUCRC and chaired by Michelle LaPlaca.
May 7, 2025 at 7:17 PM
Our final #InterfaceNeuroGT session of the day saw leading researchers present innovations in brain stimulation, AI-driven neurostimulation, and neuromodulation for functional recovery.
Sponsored by the NSF BRAIN IUCRC and chaired by Michelle LaPlaca.
Sponsored by the NSF BRAIN IUCRC and chaired by Michelle LaPlaca.
From humans to insects, organisms across the tree of life are equipped with different hardware. Our second session, sponsored by the Center for Advanced Motor BioEngineering and Research, examines how comparative locomotion informs the nervous system and bioinspired design. #InterfaceNeuroGT
May 7, 2025 at 4:19 PM
From humans to insects, organisms across the tree of life are equipped with different hardware. Our second session, sponsored by the Center for Advanced Motor BioEngineering and Research, examines how comparative locomotion informs the nervous system and bioinspired design. #InterfaceNeuroGT
The first #InterfaceNeuroGT session, "The Role of Brain States in Health and Disease," explored brain states as reliable biomarkers, targeting specific circuits for treatment, and opportunities for personalized care through individual differences and plasticity.
Sponsor: parkinsons.gatech.edu
Sponsor: parkinsons.gatech.edu
May 7, 2025 at 3:11 PM
The first #InterfaceNeuroGT session, "The Role of Brain States in Health and Disease," explored brain states as reliable biomarkers, targeting specific circuits for treatment, and opportunities for personalized care through individual differences and plasticity.
Sponsor: parkinsons.gatech.edu
Sponsor: parkinsons.gatech.edu
We’re thrilled to kick off #InterfaceNeuroGT on campus today! Join us as we connect neuroscience experts, industry leaders, and individuals with lived experiences to drive impactful research and innovation.
interfaceneuro.org
interfaceneuro.org
May 7, 2025 at 1:44 PM
We’re thrilled to kick off #InterfaceNeuroGT on campus today! Join us as we connect neuroscience experts, industry leaders, and individuals with lived experiences to drive impactful research and innovation.
interfaceneuro.org
interfaceneuro.org
And that's a wrap!
Thank you to @gtsciences.bsky.social and all of today's #GTFrontiers speakers for a thrilling day of neuroscience and AI. #Neuroscience #AI
Thank you to @gtsciences.bsky.social and all of today's #GTFrontiers speakers for a thrilling day of neuroscience and AI. #Neuroscience #AI
April 3, 2025 at 8:34 PM
And that's a wrap!
Thank you to @gtsciences.bsky.social and all of today's #GTFrontiers speakers for a thrilling day of neuroscience and AI. #Neuroscience #AI
Thank you to @gtsciences.bsky.social and all of today's #GTFrontiers speakers for a thrilling day of neuroscience and AI. #Neuroscience #AI
Question: What are the bottlenecks to creating better AI systems, and could quantum computing help overcome that?
"I don't think that quantum computing makes biological intelligence what it is. There are material, architectural, and resource bottlenecks." - @neuroai.bsky.social
"I don't think that quantum computing makes biological intelligence what it is. There are material, architectural, and resource bottlenecks." - @neuroai.bsky.social
April 3, 2025 at 8:12 PM
Question: What are the bottlenecks to creating better AI systems, and could quantum computing help overcome that?
"I don't think that quantum computing makes biological intelligence what it is. There are material, architectural, and resource bottlenecks." - @neuroai.bsky.social
"I don't think that quantum computing makes biological intelligence what it is. There are material, architectural, and resource bottlenecks." - @neuroai.bsky.social
Our final session looks ahead to our future with AI.
Moderated by @dobyrahnev.bsky.social, the panel will feature @neuranna.bsky.social , @neuroai.bsky.social, Hannah Choi, and @doctor-bob.bsky.social.
Moderated by @dobyrahnev.bsky.social, the panel will feature @neuranna.bsky.social , @neuroai.bsky.social, Hannah Choi, and @doctor-bob.bsky.social.
April 3, 2025 at 7:55 PM
Our final session looks ahead to our future with AI.
Moderated by @dobyrahnev.bsky.social, the panel will feature @neuranna.bsky.social , @neuroai.bsky.social, Hannah Choi, and @doctor-bob.bsky.social.
Moderated by @dobyrahnev.bsky.social, the panel will feature @neuranna.bsky.social , @neuroai.bsky.social, Hannah Choi, and @doctor-bob.bsky.social.
Finally, Nabil Imam shares what the innate characteristics of brain dynamics can tell us about artificial neural networks.
For example, brain circuits have a tendency to oscillate at certain frequencies — could that be serving to represent prior knowledge and make signal decoding faster?
For example, brain circuits have a tendency to oscillate at certain frequencies — could that be serving to represent prior knowledge and make signal decoding faster?
April 3, 2025 at 7:43 PM
Finally, Nabil Imam shares what the innate characteristics of brain dynamics can tell us about artificial neural networks.
For example, brain circuits have a tendency to oscillate at certain frequencies — could that be serving to represent prior knowledge and make signal decoding faster?
For example, brain circuits have a tendency to oscillate at certain frequencies — could that be serving to represent prior knowledge and make signal decoding faster?
@apurvaratan.bsky.social aims to apply how intelligence is organized in the brain to improve AI.
For example, visual information is highly structured and topographically organized. The same can't be said about AI — so how do we introduce that topography? #GTFrontiers
For example, visual information is highly structured and topographically organized. The same can't be said about AI — so how do we introduce that topography? #GTFrontiers
April 3, 2025 at 7:36 PM
@apurvaratan.bsky.social aims to apply how intelligence is organized in the brain to improve AI.
For example, visual information is highly structured and topographically organized. The same can't be said about AI — so how do we introduce that topography? #GTFrontiers
For example, visual information is highly structured and topographically organized. The same can't be said about AI — so how do we introduce that topography? #GTFrontiers
Celikel posits that it's all about connections — particularly quantifying how neurons are connected in the brain.
"What we need is an engine that can infer and control, and in order to do that we’re going to need to reverse-engineer the brain." #GTFrontiers #AI #Neuroscience
"What we need is an engine that can infer and control, and in order to do that we’re going to need to reverse-engineer the brain." #GTFrontiers #AI #Neuroscience
April 3, 2025 at 7:27 PM
Celikel posits that it's all about connections — particularly quantifying how neurons are connected in the brain.
"What we need is an engine that can infer and control, and in order to do that we’re going to need to reverse-engineer the brain." #GTFrontiers #AI #Neuroscience
"What we need is an engine that can infer and control, and in order to do that we’re going to need to reverse-engineer the brain." #GTFrontiers #AI #Neuroscience
These varying cell types and their connectivity may be a key component to how our brain filters out noise — and incorporating different cell types into computational models may improve their stability.
More here 🧠: neuro.gatech.edu/sharper-imag... #AI #Neuroscience #GTFrontiers
More here 🧠: neuro.gatech.edu/sharper-imag... #AI #Neuroscience #GTFrontiers
April 3, 2025 at 7:22 PM
These varying cell types and their connectivity may be a key component to how our brain filters out noise — and incorporating different cell types into computational models may improve their stability.
More here 🧠: neuro.gatech.edu/sharper-imag... #AI #Neuroscience #GTFrontiers
More here 🧠: neuro.gatech.edu/sharper-imag... #AI #Neuroscience #GTFrontiers