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COSYNE

@cosynemeeting.bsky.social

Computational & Systems Neuroscience (COSYNE) Conference 11-16 March 2027, Montreal, QC, Canada Here too: 🧠Instagram: @cosynemeeting 🧠X: @CosyneMeeting 🧠Neuromatch.social: @CosyneMeeting

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COSYNE@cosynemeeting.bsky.social · last mo.

If you are eligible to apply, you shouldn't miss it! According to our last cohort, Attending COSYNE was a transforming experience!

Lea Duncker@leaduncker.bsky.social · last mo.

If you are an undergraduate student interested in computational and systems neuroscience research, this is your chance to attend #COSYNE27 !!! Apply here for our undergrad travel grant tinyurl.com/cos27ugtravel deadline is Oct 30 (and if you are not an undergraduate, please help to spread the word!)

Lea Duncker@leaduncker.bsky.social · last mo.

If you are an undergraduate student interested in computational and systems neuroscience research, this is your chance to attend #COSYNE27 !!! Apply here for our undergrad travel grant tinyurl.com/cos27ugtravel deadline is Oct 30 (and if you are not an undergraduate, please help to spread the word!)

Cosyne 2027 Undergraduate Travel Grant Program

This is the application form for the Cosyne 2027 Undergraduate Travel Grant Program. The deadline to apply is October 30th 2026.

tinyurl.com

COSYNE@cosynemeeting.bsky.social · last mo.

If you are eligible to apply, you shouldn't miss it! According to our last cohort, Attending COSYNE was a transforming experience!

Lea Duncker@leaduncker.bsky.social · last mo.

If you are an undergraduate student interested in computational and systems neuroscience research, this is your chance to attend #COSYNE27 !!! Apply here for our undergrad travel grant tinyurl.com/cos27ugtravel deadline is Oct 30 (and if you are not an undergraduate, please help to spread the word!)

Nima Dehghani@neurovium.bsky.social · 8mo ago

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...

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

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COSYNE@cosynemeeting.bsky.social · 8mo ago

Xiaoqin Wang will be kicking off Session 6: Sensory Processing and Perception, with an enthralling comparative analysis between humans and a highly social non-human primate species, the common marmoset. See you all at #COSYNE2026 at 8:45!

COSYNE@cosynemeeting.bsky.social · 10mo ago

We're excited for the Pre-COSYNE 2026 Brainhack! March 10–11 in Lisbon 🇵🇹 We'll be using CON²PHYS: same dataset, same questions, many truths? 🔹2 days 🔹team-based 🔹real ephys data 🔹open tools 🔹mini-presentations 🔹all skill levels Apply now! 👇👇👇 pre-cosyne-brainhack.github.io/hackathon202...

Registration

Deadline: Sunday, January 18 at 5:00 PM (London time). Notification: We will notify applicants of the outcome by the end of January.

pre-cosyne-brainhack.github.io