Sathwik

Researcher in computational neuroscience and AI @BrainMindLab

[Sathwik @sathwikpg]

Huge thanks to @EBRAINS_eu for highlighting our new @NatureComms paper! Thrilled to share this piece detailing our latest findings. Check it out below!

[EBRAINS @EBRAINS_eu]

In a new study, a team of researchers at the Gdansk University of Technology in Poland looked at how fast brainwaves occur across different brain areas during stages of memory processing.

The human brain local field potential recordings during a battery of multilingual cognitive and eye-tracking tasks data used in this study are available on the EBRAINS Knowledge Graph.

Read more 👇 https://t.co/lrF70XTGNk

@sathwikpg @BrainMindLab

[Brain & Mind Electrophysiology lab @BrainMindLab]

Link do artykułu: https://t.co/4hXMJvta6R

[Brain & Mind Electrophysiology lab @BrainMindLab]

Na stronie Politechniki Gdańskiej pojawiła się rozmowa dotycząca naszej ostatniej publikacji w @Nature. Pod linkiem możecie w przystępny sposób zapoznać się z naszym odkryciem!
#BrainMindLab #Neuroscience #Pamięć #ScienceForFuture

[Brain & Mind Electrophysiology lab @BrainMindLab]

How does your brain pull together scattered info into one memory? Our new study in Nature Communications reveals global brainwave bursts firing across ALL brain lobes just 300ms before you recall a word. Dataset open on EBRAINS!
#neuroscience #memory #openscience #brainmindlab

[Brain & Mind Electrophysiology lab @BrainMindLab]

Here's a link to the article! More details: @sathwikpg
https://t.co/Nf0gtDGryb

[Erfan Zabeh @ZabehErfan]

Finally a causal formulation of spike-wave duality.

Over the past couple of years I have been constantly asked about causality of brain waves.
After two years of spontaneously thinking about this, I dared to put this "baby" out.
Shout out to my talented collaborator @causalkasra whom perfected the causal machinery behind this work.

If you are at @NeurIPSConf come to our poster and let’s chat. https://t.co/T7akP33kWK

[Brain & Mind Electrophysiology lab @BrainMindLab]

Nasze badania nad stereo-EEG zyskują medialny impet! Dziękujemy @TVPGdansk za reportaż. Cieszymy się, że temat nabiera rozpędu dając tym samym większą szanse pacjentom na poprawię ich stanu zdrowia.
https://t.co/NQRiScNEHF
#BrainMindLab
#BrainMindInnovation
#ScienceForFuture

[Brain & Mind Electrophysiology lab @BrainMindLab]

Również @RadioGdansk dostrzegło powagę naszych badań, za co jesteśmy bardzo wdzięczni! Zwiększanie świadomości w tym temacie przybliża nas do poprawienia życia osób zmagających się z #epilepsja
#BrainMindLab #BrainMindInnovation
#ScienceForFuture
https://t.co/55J5WAxiFl

[Brain & Mind Electrophysiology lab @BrainMindLab]

Cieszymy się z kolejnej odsłony naszych badań w mediach! https://t.co/Ncyoh6HKgk opisuje nasz wspólny przełom w leczeniu epilepsji lekoopornej. Dziękujemy za nagłośnienie!Udostępnij, by zwiększyć świadomość!
#BrainMindLab
#ScienceForFuture
https://t.co/ikgcmZO5H9

[Brain & Mind Electrophysiology lab @BrainMindLab]

Ostatnie badania naszego zespołu nad epilepsją lekooporną przyciągnęły uwagę coraz większej liczby mediów! Jest to dla nas niezwykle ważny sygnał, że temat jest odbierany jako priorytetowy i potrzebny społeczeństwu #BrainMindLab #NeuroTechResearch
https://t.co/pRGCOKrdqS

[Ryoichi WATANABE, PhD. @watanaberkyoto]

Rhythms for Cognition: Communication through Coherence: Neuron https://t.co/MWWc6JBLrG

[CLaE @leafs_s]

Trends in Neurosciences

How prediction error drives memory updating: role of locus coeruleus–hippocampal interactions

https://t.co/Lo57hEWV8J

[Nature Rev Neurosci @NatRevNeurosci]

Ripple contributions to human memory: making the spiking content count — a Review by Joel Reithler, Kelsey K. Sundby & Kareem A. Zaghloul

https://t.co/cjXB2ClHtT

[ANUP DAS @NeuroAnup]

New preprint on the role of insular traveling waves in memory and behavior, using depth recordings from neurosurgical patients, with Chengyuan Wu, @SameerShethMD, and @neurojosh.

https://t.co/snnhnt1uEH

[bioRxiv Neuroscience @biorxiv_neursci]

Cross-region neuron co-firing mediated by ripple oscillations supports distributed working memory representations. https://t.co/IRXHavv8m3 #biorxiv_neursci

[bioRxiv Neuroscience @biorxiv_neursci]

Coincident bursts of high frequency oscillations across the human cortex coordinate large-scale memory processing. https://t.co/RjoOnN2YQG #biorxiv_neursci

[Andrew Hires @AndrewHires]

Look at your data. The raw data.

Stare at it.

Meditate on it.

It will eventually reveal a great secret.

[Kristopher Torp Jensen @KrisTorpJensen]

Recently wrote an introduction to reinforcement learning for neuroscience that I just put on arXiv for those who might find it useful: https://t.co/ju05RiROCs

It also includes a Google Colab with all the code: https://t.co/zxXOXNH9gS

[Andrej Karpathy @karpathy]

@filipe_almeida @karim_ouda heavy use of copilot and chatgpt, if i had to guess probably sped up the project somewhere around 2-3X or so. "old fashioned way" has become nonsensical

[Andrej Karpathy @karpathy]

The hottest new programming language is English