How do 🐁deal with complex landscapes? Turns out they learn a lot very quickly. We think they do this by learning a set of repeated sparse paths, which form a type of compressed world model. Joint work with the Hermundstad lab, led by Tzuhsuan Ma and Alison Comrie: www.biorxiv.org/content/10.6...

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This is awesome! Super useful to have the pulse of what's hot in neuroscience right now (rather than in 2 years, when these papers will be published). And I would say this even if my lab didn't have 2 papers in the top 10. Only suggestion: please add links to the papers!!!

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The list I didn't know I needed 🙌

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We worked hard to revise our #psilocybin & #ketamine snRNA-seq study to make it a resource. Interactive web portal: psilo-seq.kwanlab.org Annotated to @alleninstitute.org’s 16 neuronal and non-neuronal cell types, with updated analyses in preprint: www.biorxiv.org/content/10.1... Check it out!

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Serotonin has been implicated in reward learning, visual processing, and cerebrovascular function. We discuss mechanisms that may be similar for serotonin and psychedelics. 3/4

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