RT @SfNtweets: Robust & reliable federal funding is crucial for America's scientific leadership and the health of all Americans. SfN call….

RT @TAsabuki: 🚀Out in PNAS!.We find that recurrent networks trained with the predictive plasticity rules explain many features of predictio….

RT @kimmonismus: Church lab automates 12 years of research in 2 days. Sometimes I have the privilege of receiving emails from people tellin….

RT @neurovium: Fully revised version out in the open.ODIN: Open Data In Neurophysiology: Advancements, Solutions & Challenges. https://t.co/….

Great conversation on @hubermanlab. I am super excited and encouraged to hear that @NIHDirector_Jay is so committed to supporting early career stage investigators. I'll keep sending in those grant proposals!.

RT @VUEngineering: Research led by Thilo Womelsdorf, prof. of psychology and biomedical engineering at the Vanderbilt Brain Institute, coul….

RT @_vitorLdS: Im pleased to share our new work, “Spatio-temporal organization of network activity patterns in the hippocampus”, now out in….

RT @VandyOPA: We are thrilled to celebrate the winners of our 2025 postdoctoral awards! 🏅👏 Congratulations to all who were recognized for t….

RT @kmcostalab: The lab is looking to recruit motivated postdocs, grad students, or postbacs with expertise in rodent behavior, stereotacti….

Incredibly interesting paper on the costs of "pivoting" to new fields in science. The more we pivot away from our expertise, the less impact that research has, it was discovered. This has immediate consequences for the 'optimal' organization of science - namely, it is important.

Also: Hippocampus was just as impacted as prefrontal cortex, and for some cell types, sub-cortical areas (e.g., thalamus) was more severely impacted than cortex, suggesting a wide-spread disorder without a single, specific anatomical brain area of origin. 3/3.

PV+ cells in L2/3 (linked to bottom-up gamma) and SST+ cells in L2/5 (linked to top-down beta/gamma ) are the most affected. This suggests that both top-down and bottom-up processing are severely affected. Congrats to Aidan Mulvey and Kaitlyn Gabhart who did the heavy lifting,.

New results from the lab! We performed a comprehensive, quantitative meta-analysis on the inhibitory cell types affected in schizophrenia. We re-analyzed data from 50 papers documenting differences in cortical layers, cell types, and brain areas:.

RT @CalMRowing: Super grateful to Jeff and Patty Williams for their generous gift to endow our head coach position!. Read more about them a….

RT @CalMRowing: Just another day in the office for Frederik Breuer. Congrats on being selected for the 2025 Oscar and Theodore Geballe Post….

RT @catgyoung: There’s a (not so) silent war being waged against biomedical research and the scientific community is losing. Not because it….

RT @MillerLabMIT: I've never been a fan of this journal practice. Science progresses through results, not through arguments—especially not….

Here is our response to Mackey, Schroeder, et al. and their comments on our Nature Neuroscience paper on the spectrolaminar motif. We re-affirm the motif's ubiquity and demonstrate its presence in their data and other independent datasets from Saalmann and Chandrasekaran Labs.

RT @CaseyMeansMD: Thank you @DonaldJTrumpJr!.

RT @ashleevance: We're gonna merge brains and AIs and maybe even for good - on the latest pod with @AToliasLab