Palva Lab 🇫🇮🏴󠁧󠁢󠁳󠁣󠁴󠁿🇺🇦🏳️‍🌈

We are excited to share our new article now out in @commsbio: nature.com/articles/s4200… How oscillatory (or “rhythmic”) are neuronal oscillations? We developed a new way to measure rhythmicity and found that is well delineated in both brain anatomy and oscillation frequencies!

Satu@PalvaLab is now on Bluesky @satupalva.bsky.social

Are you a clinical psychologist interested in computational modeling? The Niv lab will be looking for a postdoc in computational psychiatry/psychotherapy and we are especially keen on people with a clinical background. Email me with CV & research statement if this is you!

Excited to share our new publication about oscillation dynamics predicting visual bilateral advantage in working memory @UH_Neuro Check out! 10.1093/cercor/bhae448

Check out our new exciting work about alpha oscillations with @DrGabyCruz @GregorThut

#EI #imbalances in brain #disorders link to diverse pathophysiological mechanisms, yet frequency specificity of #EI regulation is unclear. We present the functional #fEI ratio to assess #EI ratio from #oscillations with refined spectral resolution. (1/7) doi.org/10.1162/imag_a…

@HalassaLab Than you for wonderful hosting and exciting discussions.

We had a fantastic time with our visitors from Helsinki last week: Satu and Matias Palva. Thanks for their exciting presentations to the lab and fruit full discussions of future endeavors!

Concerned about standard case-control studies in psychiatry? Check our our latest on embracing variability in biological studies led by @AshleaSegal, with @AvramHolmes @amarquand @LindenParkes & J Tiego now out in @TrendsCognSci: cell.com/trends/cogniti…

Surprise! A new Brain Criticality Hybrid meeting is taking place from November 6 to 8 in Bethesda, MD @NIH or on Zoom. Submit an abstract before October 30 to get selected for oral spotlight! Check our awesome speakers on braincriticality.org

Are you looking for a tenure? Superb opportunity @HiLIFE_helsinki . Focus areas include neurology, psychiatry, diagnostic medical physics!

Is your research area in circuit, systems or computational neuroscience? Excellent opportunity for research focused PI positions @UH_Neuro @HiLIFE_helsinki. Superb environment & access to cutting-edge neuroscience infrastructures. Apply by 31.5 tinyurl.com/29jtu8wf

If you're interested in the mechanisms of top-down attention - at the level of inter-areal interactions, feedforward/feedback pathways, cortical layers and cell-types - check out our new study finally out in @Neuron cell.com/neuron/fulltex… 1/n

@xiaosigu @HkiBrainMind @UH_Neuro @sinaiCCP Thank you for the wonderful and inspiring talk!

NEUROSCIENCE SEMINAR SERIES @UH_Neuro When: Wed 15.5. at 11:00 Place: Biomedicum 1 or by zoom Speaker: Xiaosi Gu @xiaosigu, @sinaiCCP, New York, US Title: Computation as a bridge between cells, circuits, and therapeutics Host: Satu Palva @PalvaLab helsinki.fi/en/hilife-hels…

The call for Neuroscience Center Group Leader positions is now open @UH_Neuro @HiLIFE_helsinki @helsinkiuni @HelsinkiUniMed The Neuroscience Center invites applications from outstanding candidates for  2 GROUP LEADER positions. Read more▶️helsinki.fi/en/hilife-hels…

@rudzinskimaciej @CommsBio Thank you Maciej, much appreciated! 🙏

@PalvaLab @CommsBio That's the most profound research in oscillations I've seen in probably decade (from my interests perspective) congratulations! I did see similar patterns (for frontal electrodes) but didn't know why and you have mechanism for that 🤩 simulations etc, so nice research 🥲

We are excited to share our new article now out in @commsbio: nature.com/articles/s4200… How oscillatory (or “rhythmic”) are neuronal oscillations? We developed a new way to measure rhythmicity and found that is well delineated in both brain anatomy and oscillation frequencies!

Come join us to the @UH_Neuro @HiLIFE_helsinki helsinki.fi/hilife/nc @finland the happiest country in the world. We are looking for applicants focusing in circuit, systems or computational neurosci. We offer an international environment and cutting-edge research facilities.

This project is a tour-de-force of our fantastic @vladislav_myrov and collaboration across @AaltoUniversity, @UH_Neuro, @HILIFE_helsinki and @CCNi_UofG. We are truly grateful for the support from @SuomenAkatemia @SigridJuselius without which this research would not have happened

Finally, we extended the pACF approach into the time-frequency domain to analyze event-related modulations in rhythmicity and found that rhythmicity indeed was modulated during the visual task with dynamics distinct from those of stimulus locking and amplitude changes.