A strategic communications firm that sits at the intersection of science and everything it touches. 👋🏽 [email protected]
Stellate Communications
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Arc’s Virtual Cell Initiative focuses on the full-stack development of an accurate AI model to advance complex disease research. Executive Director Silvana Konermann joined TED’s Chris Anderson to talk about what we’re building.
www.ted.com/talks/silvan...
Our team had a blast kicking off pre-flight validation testing at Space Tango in Lexington, KY.
We're excited to be one step closer to launching our miBrain mission aboard SpaceX-35.
Stay tuned for updates as we prepare for launch!
Exciting week in D.C for the #MPSWorldSummit 🚀⚡️
Louise, Georgia & I spent the day at #NASA HQ for the pre-meeting before heading to the main summit, where Georgia did a great job giving her first talk on applying miBrains to explore Parkinson’s disease.
Only 1 week left until the Cycle 1 Fast Grants deadline!
We're awarding 35 grants ($25K–$100K) for seed-stage projects at the intersection of AI & biomedicine.
Apply today: www.biswasfamilyfoundation.org/science/fast...
Arc Institute
Our understanding of depression is incomplete, leaving millions without effective treatment.
I joined @hmarusak.bsky.social on her BrainSTEM podcast to discuss how my lab maps the mechanisms underlying the disease to develop better therapies.
Listen here ⬇️ open.spotify.com/episode/2nX3...
We're recruiting postdocs to study how people build structured knowledge from experience & use it to act flexibly. Behavioral work, fMRI, computational & AI models, with a lifespan focus. You don't need experience with every method; fit & curiosity matter most.
Please repost & share! 🧠
🌎 Check out the new GLOBE tool that uses protein tape recorders to measure single-cell activity on a brain-wide scale.
Congratulations to Changyang and team on developing and sharing this platform. Let us know what you think!
www.biorxiv.org/content/10.6...
Representational drift - the change in cells' responses to the same stimulus over time - may be a feature rather than a bug.
Thank you to @dianakwon.bsky.social for giving me a chance to talk about this fascinating topic. 🤯 The brain never ceases to amaze!
Joel W. Blanchard, PhD
Joel W. Blanchard, PhD
This beautifully written piece by Guillame Dumas for @psychologytoday.com makes a compelling case for social neuroAI: the idea that minds don't just interact, they co-create intelligence *between* them.
Humans already alter their own brain states — coffee boosts focus and alcohol relaxes.
Neurotech could deliver the same effects with precision and without the systemic risks.
Read about how neurotech can expand from purely clinical to consumer use ⬇️
zenodo.org/records/2011...
Biswas Family Foundation
Denise J. Cai, Ph.D.
Denise J. Cai, Ph.D.
Ignacio Saez, PhD
Alison Preston
Silvana Konermann and the team at Arc Institute are trying to crack one of science's most difficult problems: why complex diseases like Alzheimer's and cancer remain so stubbornly unsolvable, even as ...
Introducing GLOBE—a new technology for brain-wide, single-cell recording of cellular activity in vivo. GLOBE can continuously record from nearly a quarter million individual neurons simultaneously across a mouse brain.
Preprint out on bioRxiv: doi.org/10.64898/202...
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Sean Escola
New Extrospection #blog at @psychologytoday.com is live!
We will explore the nascent #Social #NeuroAI field. My first post highlights exciting works by @honglab.bsky.social & @kanakarajanphd.bsky.social!
🔗psychologytoday.com/us/blog/extrospection/202606/social-intelligence-arises-between-minds
Changyang Linghu
My latest feature for @nature.com is about "representational drift," a concept that's turned some long-standing ideas of how the brain works on its head.
“When people talk about this phenomenon, it’s exciting because it’s just so full of possibilities." - Andrew Fink
We've built brilliant solitary thinkers. But recent neuroscience results hint that real intelligence emerges between minds, and AI has never been coupled with one.
