@spriteplus.bsky.social๐ข We're excited to announce a new SPRITE+ Innovation Forum on Neurotechnology, #AI and TIPSS!
This two-day #InnovationForum will bring together experts to develop a research agenda for #ResponsibleNeurotechnology and #NeuroAI.
๐ Learn more and apply: buff.ly/npHfAHr
@introspection.bsky.socialWhy would a sleeping pill help someone recover consciousness? ๐ง
Our new paper uses a multiscale #NeuroAI model to tackle the zolpidem paradox in disorders of #consciousness: from molecules โ neurons โ circuits โ consciousness โ clinic!
๐ pnas.org/doi/10.1073/...
๐พ github.com/ppsp-team/Ph...
@tyrellturing.bsky.socialNew benchmark for neuro-foundation models work!
Based on the International Brain Laboratory (IBL) this benchmark is ideal for exploring generalization across a variety of domains.
If you're doing ML for neural data, you should check it out!
#neuroscience #NeuroAI ๐งช
@dratlaskaramroudi.bsky.socialAI may soon move beyond correlating brain signals toward reconstructing neural state spaces, modeling nonlinear circuit dynamics, and predicting how distributed connectivity generates cognition and affect.
Dr Atlas Karamroudi
@dratlaskaramroudi.bsky.socialAIโs next frontier may be the brain itself: modeling neural circuits to understand how memory, emotion, and consciousness emerge from distributed activity.
Dr Atlas Karamroudi
@nikkychang.bsky.socialWonder was there ever been of TD learning been used in behavior? Or maybe the question is: is it possible to prove TD learning using behavior?๐ค
#NeuroAI #neuroscience #compneurosky
@dratlaskaramroudi.bsky.socialAI may characterize multidimensional affective states through interactions among interoception, autonomic physiology, neural dynamics, and contextual information.
Dr Atlas Karamroudi
@dratlaskaramroudi.bsky.socialAI may increasingly decode latent neural representations underlying perception, memory, and affect from high dimensional brain activity.
Dr Atlas Karamroudi
@dratlaskaramroudi.bsky.socialAI may eventually map latent neural state spaces where memory, interoception, prediction, and neuromodulation converge into subjective affective experience.
Dr Atlas Karamroudi
@dratlaskaramroudi.bsky.socialAI may transform affective neuroscience by modeling emotion as an emergent state of distributed neural dynamics, interoceptive inference, neuromodulation, and connectomic architecture.
Dr Atlas Karamroudi
@hartpublishing.bsky.socialJust published: 'Artificial Intelligence, Neurodata, and Society' by MR Leiser
Reveals the emerging reality of NeuroAI: a world where machinelearning models anticipate our thoughts before we have even formed them โก๏ธ https://bit.ly/46tSbdO
@cbs-coconut.bsky.socialWe are excited! @initself.bsky.social & @rowansommers.bsky.social will present their **Umwelt Representation Hypothesis** at our next meeting.
Sep 18, 11 am (CET) [Hybrid]
Find the link to the online meeting here: www.cbs.mpg.de/en/cbs-coconut
or join us at MPI CBS
@nsrhighlights.bsky.socialCan structural MRI distinguish ADHD from typical development without predefined brain regions? A Vision Transformer outperformed a baseline CNN and a standard region-based method.
https://doi.org/10.1016/j.neures.2026.105054
#NeuroscienceResearch #Neuroscience #NeuroAI
@nsrhighlights.bsky.social่ณใๆฑบใพใฃใ้ ๅใซๅใๅใใชใใฆใใๆง้ MRIใใADHDใจๅฎๅ็บ้ใๅ้กใงใใ๏ผ ็ปๅๅ จไฝใฎ้ขไฟใๅญฆใถใขใใซใฏใๅบๆบใซใใ็ปๅ่ช่ญAIใจ่ณ้ ๅใใจใฎๅพๆฅๆณใใ้ซใๅ้กๆง่ฝใ็คบใใพใใใ
https://doi.org/10.1016/j.neures.2026.105054
#NeuroscienceResearch #Neuroscience #NeuroAI