Julien is explaining the poster to someone. Arthur is on the right.

Gustave is explaining the poster to someone. Julien is on the left.

The three people are enjoying the sunshine in front of a magnificent building in Lisbon.

Three researchers from our lab presented at #COSYNE2026 in Lisbon last week!

Posters on calcium-based plasticity and on identifying neuromodulatory targets from spike recordings.

Great discussions and some well-deserved sun. #Neuroscience #ComputationalNeuroscience

I really enjoyed the #COSYNE2026 (comp neuro) meeting - amazing talks and fantastic poster sessions! 👏

Still surprised how little mention there was of either evolution or development, though. It's worth keeping in mind that things are the way they are because they got that way! 😉

person stands in front of a lectern and speaks

people chat in front of Simons Foundation booth

people chat in front of Simons Foundation booth

person stands in front of a lectern and speaks

Another successful #COSYNE2026 in the books! Thanks to everyone who stopped by our social and exhibit booth to learn more about our autism and neuroscience research, @thetransmitter.bsky.social and #FlatironCCN. #neuroscience #science

Cosyne 2026 - YouTube

Ok, layover coming back from #cosyne2026
My blood level of @cosynemeeting.bsky.social is extremely low and I have withdrawal symptoms.
Not a problem, catching up with a couple of talks that I missed but wanted to check them out 😁
youtube.com/playlist?lis...

It is wonderful to be back in Europe to attend #Cosyne2026, reconnecting with old friends and learning about a lot of exciting work, especially the work by Jeff Magee. Stay curious and see you all next time.

Thank you #Cosyne2026!
Great discussions and a meaningful launch for Flex‑I.
We’re here for follow‑ups — reach out anytime.
#Neurotech #Neuroscience

Great talk by Mark Churchland at #COSYNE2026 on the neural dynamics of decision-making in prefrontal cortex

#Cosyne2026 workshops pro tip: It's often hard to pick a single workshop due to fomo about the cool workshops you *cannot* attend. I recommend a buddy system: Have a friend go to a different session, and then both of you report back at the next meal.

👋 Neuromatch is looking for more TAs to help facilitate comp neuro + neuroAI learning this summer! You'll get to work with students from around the world and share your expertise with the global community 🧠 🌎 🤖 🌍💻 🌏 #cosyne2026 #neuroscience

I am interested in network effects in social media & post activity related to recent conferences may be an indicator of this.

therefore, I counted bluesky vs. X/twitter posts mentioning #cosyne2026 hashtags, with more bluesky posts this time around.

Morphoelectric properties of inhibitory neurons shift gradually and regardless of cell type along the depth of the cerebral cortex How can we understand the enormous diversity of the GABAergic inhibitory neurons in the cerebral cortex? To address this question, we quantify the electrophysiological and morphological properties of inhibitory neurons across the depth of an entire cortical column in the rat barrel cortex. We find properties that shift gradually with the cortical depth of the cell bodies across all inhibitory neurons, regardless of their cell types. By isolating morphoelectric variations from their shifts along the cortical depth, we find that the same simple relationships between morphoelectric properties distinguish between the four main molecular cell types of inhibitory neurons at any cortical depth, and in both the rat barrel cortex and mouse primary visual cortex. We provide converging evidence from dense electron-microscopic reconstructions of inhibitory neurons in the mouse visual cortex, and observe comparable depth-dependent shifts in additional datasets from the mouse primary motor cortex and the middle temporal gyrus of the human cortex. Our findings indicate that two different sources of morphoelectric variations can account for the diversity of cortical inhibitory neurons. The first source is molecular cell type-specific, but cortical depth-independent. The second source is cortical depth-dependent, but affects inhibitory neurons similarly across all cell types. We propose that intrinsic developmental specification vs. extrinsic environmental modulation leads to such a decoupling of inhibitory type-specific properties from gradual shifts of these properties with cortical depth. ### Competing Interest Statement The authors have declared no competing interest. European Research Council, https://ror.org/0472cxd90, 633428 Deutsche Forschungsgemeinschaft, SFB 1089, SPP 2041, Fe472/2-1 Bundesministerium für Bildung und Forschung, 01GQ1002, 01IS18052 Neuroscience Network North Rhine-Westphalia, iBehave National Institutes of Health, https://ror.org/01cwqze88, R24MH117295 The Kavli Foundation, NeuroData Discovery Award

Check our recent preprint (with Yáñez, Messore,Qi,Meyer, Feldmeyer, Bert Sakmann, Oberlaender)
Presented @cosynemeeting.bsky.social 2025
#cosyne2026
Morphoelectric properties of inhibitory neurons shift gradually and regardless of cell type along the cortical depth share.google/GYGGquVAHyow...

Open Data In Neurophysiology: Advancements, Solutions & Challenges Ongoing efforts over the last 50 years have made data and methods more reproducible and transparent across the life sciences. This openness has led to transformative insights and vastly accelerated sc...

What is much needed for the computational and systems neuro #cosyne2026 is the ability to share data and build a transparent scientific ecosystem.
Check out our perspective paper that discusses advances in open science, infrastructure and AI-readiness.

www.eneuro.org/content/12/1...

I thought it was a fantastic session, and I also enjoyed the other talks greatly, by Mark Churchland (Columbia), Motahareh Pourrahimi (MILA) and Shouvik Majumder (Max Planck Florida) #cosyne2026

You can now check out the #cosyne2026 talks from the final session "Computation & Latent Spaces" on youtube. First up our CANN lab PhD students Eva Sevenster & Aswathi Thrivikraman on Cortically-Embedded RNNs and attractor dynamics in distributed cognitive networks.
www.youtube.com/watch?v=5FYe...

Catching up on #Cosyne2026 talks online. The lineup of talks this year is really strong across topics! I'm having some FOMO watching these remotely

Wonderful work by @weijiazh.bsky.social at #Cosyne2026, who beautifully navigated a busy poster session yesterday!

I am looking for a theory/computational POSTDOC position in EU or east coast US. I am interested in how learning and plasticity shape population dynamics & representational geometries & how these changes are reflected in behavior.

If you are at #COSYNE2026 & interested, hit me up in Whova, not here

Neuromatch community at the Neuromatch booth.

So grateful to everyone who stopped by the Neuromatch booth yesterday at #COSYNE2026 for our community meet-up!

Today is the last day of #COSYNE, so if you haven't made it by yet, come find us at the booth!

#ComputationalNeuroscience #Neuroscience #OpenScience #Neuromatch

Heading to #COSYNE2026

Sadly missing most of the main conference, but will be there for the workshops. Let’s catch up if you’re around!

🧠🤖

Poincare section of chaotic spiking network. Colors indicate local Lyapunov exponents.

Belated update: I joined UIUC ECE as an Assistant Professor. Our lab works at the intersection of theoretical neuroscience, machine learning, and dynamical systems, with a focus on learning and spiking networks. I had to miss #COSYNE2026 for visa reasons. 1/2

ECMA @ CoSyNe

Excited to share our #Cosyne2026 workshop "Efficient coding in the modern age" w/ @s-azeglio.bsky.social & Pietro Zamberlan! We'll discuss how the efficient coding framework extends to dynamic and context dependent settings, and how it fails. For more info see shorturl.at/QmN60 See you there!

#Cosyne2026 check out poster 3-104 by @atika-syeda.bsky.social to learn about the impact of behaviors on visual cortical activity 🧠 🐭

Awesome work by esteemed colleague @jessegeerts.bsky.social at #Cosyne2026

Happening now!
If you want to know more about our recent preprint on unsupervised learning of abstract auditory sequences (decoupled from any reward) in hippocampus, go talk to Dammy!
#cosyne2026

Poster banner from cosyne 2026

If you are into networks, development, and dynamics don't miss my poster [3-072] this afternoon at #cosyne2026

🤠🧠

Excited to be at #COSYNE2026 ! I’m presenting our recent preprint with Francesca Greenstreet, @juangallego.bsky.social an and @clopathlab.bsky.social in today’s poster session [3-026]

www.biorxiv.org/content/10.6...

Today at the last poster [3-158] session of #cosyne2026 come here about 3 works from the Barak lab.

@kabirdabholkar.bsky.social @cosynemeeting.bsky.social

#COSYNE2026 come check out Rikki Rabinovich’s poster today if you want to see some next-level neuroscience!

Decoding creativity state and level from human brain networks with CEBRA.

[3-121] Representations of divergent thinking in large-scale brain networks and single neurons

#Cosyne2026

How does motor cortex control discrete and rhythmic movements of the arm - the same or different?

Find out at our poster 3-014 this afternoon!

Work led by
@andreacolins.bsky.social

It is today ! See you at [3-002]!
#cosyne2026