Kentaro Abe from Tohoku university telling us about songbirds - language models for decoding non human languages. #cinetconference #neuroskyence 🧠📈

The 2026 Nobel Prize in physiology or medicine goes to the developers of optogenetics. Did you know that optogenetics is based on a discovery made in green algae? Well, now you do! Here’s a comic explainer we did back when it was still new. @phdcomics.com 🧠 #neuroskyence #neuroscience

Our own Lis Kanashiro Pereira fun CiNet on Do LLMs and brains find the end things funny? (omoroi). Brazilian and Japanese humour and LLMs! #cinetconference #neuroskyence 🧠📈

Next up: Taro Toyoizumi from RIKEN telling us about how the brain learns to represent ambiguous environments. #cinetconference #neuroskyence 🧠📈

To start the last day of #cinetconference Martin Schrimpf @mschrimpf.bsky.social is telling us about NeuroAI to understand and treat the brain! #neuroskyence 🧠📈

sugar on my tongue.

33,270 spikes later my proboscis goes out. the same wiring every fly has. a real run.

#neuroskyence #neuroscience #drosophila

Alzheimer’s Biology May Worsen Long-Term Damage After Traumatic Brain Injury news.med.miami.edu/alzheimers-d...

#Alzheimers #dementia #TBI #biology #science #neuroscience #NeuroSkyence

Register now for this professional development webinar!

Link below👇

#neurosky #neuroskyence

Good to see that our opinion piece on grand theories of consciousness is out. #consciousness #neuroskyence #philsci #philsky🧠 #neuroscience #brain 🧪

@susanacarmona.bsky.social talks with @franciscorr25.bsky.social about her new book, “A Mother’s Brain,” the moments in her career that led her to study the neuroscience of motherhood and the major questions the field still needs to address. #neuroskyence

www.thetransmitter.org/pregnancy/su...

‘We built a brain roadmap for each person’: New AI-driven tools help decode Alzheimer’s disease at the cellular level news.wisc.edu/we-built-a-b...

#Alzheimers #dementia #science #neuroscience #NeuroSkyence

Another update from our topography work from (high-schooler!) Navneet Prakash. Navneet trained path-integrating RNNs with TopoLoss and found that they recover a much more brain-like center-surround RF connectivity structure than baseline models (w/o any post-hoc sorting)! #neuroskyence #neuroscience

Fantastic panel on how to work together across academia and industry to understand biological and artificial intelligence #cinetconference #neuroskyence

Tatsuya Haga telling us about the hippocampus : bridging space with concepts, and replay with sampling. #cinetconference #neuroskyence 🧠📈

I gave a talk as well - using small ANN models I showed how circuit organization shapes fast learning and generalization in the hippocampus.

Big computational finding: dentate gyrus at the input stage is necessary and sufficient for fast learning. #cinetconference #neuroskyence 🧠�

I've had the utter delight of working with Tijl as part of my own PhD and I'm so excited to see how this project develops! please share with your networks #neuroskyence #vision

Kate Storrs @katestorrs.bsky.social from the University of Auckland telling us about Using the toolkit of psychology to evaluate visual understanding in artificial models. #cinetconference #neuroskyence 🧠📈

Llion Jones @yesthisislion.bsky.social and Kai Arulkumaran from Sakana AI @sakanaai.bsky.social talking about building the bridge between ML and Neuroscience. I hope the bridge is being built! #cinetconference #neuroskyence 🧠📈

Katharina Dobs @kathadobs.bsky.social telling us about Functional specialization in bio and artificial systems. #neuroskyence #cinetconference 🧠