Mikkel C. Vinding
@mc_vinding
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Evil scientist/mad Research Fellow (not yet professor). At one point I tweeted about science and politics, now it is just an abandoned account.
Stockholm, Sverige
Joined November 2017
I sign my official work as MC Vinding When I feel more random I sign as MCMC Vinding.
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AI generated art has in 2024 reached the same cultural significance as Clipart for Windows did in 1999.
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It is amazing how AI has revolutionized the field of cold corporate bullshit marketing art.
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TMS-EEG: review of impact of methodological choices. TLDR; your pre-processing choices matters!
Methodological choices matter: A systematic comparison of TMS-EEG studies targeting the primary motor cortex https://t.co/SjgqIZ0dUN
#biorxiv_neursci
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Methodological choices matter: A systematic comparison of TMS-EEG studies targeting the primary motor cortex https://t.co/SjgqIZ0dUN
#biorxiv_neursci
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I name my statistical modelling scripts talkLikeAPirate.R
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AI is changing society and norm faster that we realize. In about one year we went from "look isn't it amazing that this was mande by an AI" to "this is so rubbish, it looks like it was made by an AI".
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Happy New Year & Exciting alert 🚨 Our #EEGManyPipelines position paper is now published - a global endeavour with 168 teams working to assess the robustness of EEG analytic pipelines in the wild. Check it out! https://t.co/XtvW653reP
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... Is it a bird? ... Is it a plane? No, it's the super fast immediate transcranial evoked potentials that occur 2 ms after a TMS pulse. 🧠 TMS of primary motor cortex elicits a site-specific iTEP
biorxiv.org
Background Transcranial evoked potentials (TEPs) measured via electroencephalography (EEG) are widely used to study the cortical responses to transcranial magnetic stimulation (TMS). Immediate...
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Brains synchronise between people who learn #fear from each other, and the stronger the alignment, the better the #learning, finds a new study led by KI professor Andreas Olsson @EmotionLabKI and published in @AdvSciNews. #brain
advanced.onlinelibrary.wiley.com
A multi-brain mechanism for observational threat learning is provided. The study records brain activity in observers learning the threat value of stimuli through watching demonstrators’ aversive...
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New paper on social learning in social dyads with MEG - with brain-to-brain coupling, eye-tracking, and cool results. See 🧵 below for a summary of the study.
Really proud to share our work "A brain-to-brain mechanism for social transmission of threat learning", now out in @AdvSciNews w/@EmotionLabKI @mc_vinding @lei_zhang_lz @DGLundqvist A thread.👇 https://t.co/rvnfG6BqxM
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@PascalHelson @PerSvenningsson @mc_vinding etal show that PD entails major changes in aperiodic activity- indicator of exc-inh balance- in neocortex. Sensory areas are more affected than frontal regions https://t.co/1LfnpCYcHV Thanks funders @dig_futures @NatMEG_KI
@SWEBAGS_1
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Hello Anaconda my old friend I come to upgrade a package again
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Today it was decided that I will not be replaced by a robot! 🤖♥️ I still have to hold the TMS coil manually for an hour for our clinical rTMS study. Fear of AI is overrated! Victory for humanity 🥳😅
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AI might be coming for our jobs... but can it work extra hours without paid overtime and not have time for its kids??? I think not!!!
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We are hiring a Medical Research Assistant in transcranial, stimulation-based brain circuit therapy in Parkinson's. 🧲🧠💊 Apply now! Do amazing work. See here:
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How long before AI will make humans do all their tedious work?
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If You Want a Picture of the Future, Imagine a Bot Spamming a Human User – for Ever’
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Parkinson's disease related changes are distributed over the whole brain including areas not directly connected to motor regions or dopaminergic neurons. Cortex-wide topography of 1/f-exponent in Parkinson's Disease https://t.co/6MkhG8z4WG
@NatMEG_KI @KTHuniversity @dig_futures
biorxiv.org
Parkinson’s Disease causes progressive and debilitating changes to the brain as well as to the mind. While the diagnostic hallmark features are the characteristic movement-related symptoms, the...
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