Eugene V. Kalinin

Biomedical Engineering

[Eugene V. Kalinin @konilovsky]

https://t.co/N1T1WlSLJo

[European School of Network Neuroscience @eu_snn]

What are the generative mechanisms of brain rhythms?
New model explains typical M/EEG oscillations
by @Joana_Cabral__ & @Castaldo_Fr, @VohryzekJakub @LitvakVladimir, @RenaudLambiotte, @BickMath Friston, Kringelbach & Deco
https://t.co/6pGtoVKdpV
#meeg #neuroimaging #brainscience

[Laura Gwilliams @GwilliamsL]

our new paper "Neural dynamics of phoneme sequencing" is now on bioRxiv!

https://t.co/jeTipPTXuf

conducted with dream-team @jrking0 @AlecMarantz @davidpoeppel, we use MEG to study how phonemes are processed in continuous naturalistic speech

short summary in thread below:
1/8

[Friedemann Zenke @hisspikeness]

Very excited about updating our preprint. We now show that our theory of plausible self-supervised learning works in spiking networks, naturally yields a local learning rule that exhibits STDP, and predicts a new form of metaplasticity of the STDP window. https://t.co/vh6Tn06s6s

[SynapsePapers @SynapsePapers]

Neuronal avalanches in Watts-Strogatz networks of stochastic spiking neurons https://t.co/qEgUEQwAsg

[Rei Akaishi @rei_akaishi]

Involvement of medial prefrontal cortex NMDA and AMPA/kainate glutamate receptors in social recognition memory consolidation https://t.co/cofZgVnjup

[Rosaura Brisuela @roswitta.bsky.social @Roswitamind]

Space and time in the brain:https://t.co/gCQiO34cc3

[Rei Akaishi @rei_akaishi]

“Simulations and comparison of a set of different computational models..fitted on each individual confirm that, independently of the model, decreasing dopaminergic activity does not affect learning rate but is equivalent to an increase in random exploration rate.”

[Amy Wolff @wolff51n]

Great to have this paper out! Hippocampal–prefrontal coherence mediates working memory and selective attention at distinct frequency bands and provides a causal link between schizophrenia and its risk gene GRIA1. Awesome work @alexei_bygrave! https://t.co/zFa68NhZPH

[Stéphane Deny @StphTphsn1]

1/ Why are there so many *types* of ganglion cells transmitting visual information from the retina to the brain? In this joint work with @SamOcko, Jack Lindsey and @SuryaGanguli, we tried to answer this question through the lens of efficient coding: https://t.co/JMGlHizXs4

[Eugene V. Kalinin @konilovsky]

strong chaos in recurrent networks need not exclude precise encoding of temporal stimuli via spike patterns. https://t.co/t0zK9dmydR

[Trends in Neurosciences @TrendsNeuro]

Alexey Ostroumov & John Dani – new Review at @TrendsNeuro:

“Inhibitory Plasticity of Mesocorticolimbic Circuits in Addiction and Mental Illness”

https://t.co/WZBxt6KRFh

[Teresa Esch (JNeurosci Features) @TEschJNFE]

Learn all about deep-layer pyramidal cells that project within and outside the cortex in a @SfNJournals #jneurosci @JNeuroscience review article.
Almost forgot the link! https://t.co/HW3AX0wO6W

[Eugene V. Kalinin @konilovsky]

Neocortical-hippocampal dynamics of working memory based on functional connectivity https://t.co/EGOpK5glIc

[Andy Brock @ajmooch]

DARTS: Differentiable Architecture Search by Hanxiao Liu, Karen Simonyan, and Yiming Yang.

They operate on a continuous relaxation of the search space, and gradient descent their way to top performance in ~1 GPU day!

Paper: https://t.co/Bjf8HKu149
Code: https://t.co/36J7HUbYkD

[Mikayel Samvelyan @_samvelyan]

Happy to share the camera-ready of our “QMIX: Monotonic Value Function Factorisation for Deep Multi-Agent Reinforcement Learning” paper https://t.co/jpzIqpUgnk which was accepted at @icmlconf . See you in Stockholm!
Tabish Rashid, @casdewitt, @greg_far, @j_foerst, @shimon8282

[Hasson Lab @HassonLab]

Propagation of information along the cortical hierarchy as a function of attention: how attention modulates, in a task specific manner, higher order representations under naturalistic settings. https://t.co/yAqyEuNVIQ

[Raphaël Béné @neuroraf]

An Integrative Framework for Sensory, Motor, and Cognitive Functions of the Posterior Parietal Cortex https://t.co/JEgRyPBiwK in @NeuroCellPress

[Science Magazine @ScienceMagazine]

A new study in Science could improve our understanding of how sleep helps the brain consolidate memories: ($) https://t.co/epf8QmN9ez

[Ankit N. Khambhati @ANKhambhati]

Latest work with @DaniSBassett and our large collaborative team uses intracranial stim. to understand structural and functional rules for network reorganization in the human brain | https://t.co/yPWYcMVuNF"