Dynamics of fMRI patterns reflect sub-second activation sequences and reveal replay in human visual cortex

@PessoaBrain Nice! Also check out this paper by @lnnrtwttkhn & @nico_schuck addressing similar questions. https://t.co/lwlzOCe9wO

@criticalneuro Good Q! I second what @smfleming wrote. Need to understand relation between fast/compressed and slower time scale replay. @lnnrtwttkhn has seen indications of slow & fast seq react in vis ctx: https://t.co/uraicJoHnz Fig 6b don't know if

If you are curious what it's about: Here is the project website https://t.co/sv3VrcoFlR and here is the paper https://t.co/TGaUXlYfc8

@behrenstimb @TrackingActions @ZENODO_ORG +1 for https://t.co/1PSCnEfP2T! (at the moment) free, unlimited capacity, publicly funded, servers in Germany (cf. GDPR), DOIs, command-line interface, git-annex support, therefore integrates with @datalad! We've r

@behrenstimb @PhilCorlett1 @micahgallen @jonroiser Actually, I am not sure the above statement is true. I was referring to us only seeing replay in VisCtx but not HC here: https://t.co/Z7ezKXxEzz But it could be due to so many factors

RT @lnnrtwttkhn: Are you @PuG2021online? Want to learn about the methods we developed to decode fast neural event sequences and detect repl…

RT @lnnrtwttkhn: Excited to share work w/ @nico_schuck out now in @NatureComms! 💫 We introduce a new fMRI analysis method to decode fast n…

RT @lnnrtwttkhn: Are you @PuG2021online? Want to learn about the methods we developed to decode fast neural event sequences and detect repl…

RT @lnnrtwttkhn: Are you @PuG2021online? Want to learn about the methods we developed to decode fast neural event sequences and detect repl…

RT @lnnrtwttkhn: Are you @PuG2021online? Want to learn about the methods we developed to decode fast neural event sequences and detect repl…

Are you @PuG2021online? Want to learn about the methods we developed to decode fast neural event sequences and detect replay in humans using fMRI? 🧲🧠 Come find me at poster P005 (session 1) today at 4pm! 👋 #PuG2021

@chrisgorgo See also https://t.co/4jLNB5Jj94 for follow-up methodological testing on fMRI fast sequences

RRIDs were included in the Nature Communications paper "Dynamics of fMRI patterns reflect sub-second activ…" (https://t.co/OypGh36g8d). We appreciate the author's support of reproducibility. #RRID #ReproducibleResearch

RT @lnnrtwttkhn: Excited to share work w/ @nico_schuck out now in @NatureComms! 💫 We introduce a new fMRI analysis method to decode fast n…

RT @doellerlab: Now out in @NatureComms by @lnnrtwttkhn & @nico_schuck: Dynamics of fMRI patterns reflect sub-second activation sequences a…

RT @lnnrtwttkhn: Excited to share work w/ @nico_schuck out now in @NatureComms! 💫 We introduce a new fMRI analysis method to decode fast n…

RT @lnnrtwttkhn: Excited to share work w/ @nico_schuck out now in @NatureComms! 💫 We introduce a new fMRI analysis method to decode fast n…

Very exciting stuff - looking forward to reading all the details!

RT @lnnrtwttkhn: Excited to share work w/ @nico_schuck out now in @NatureComms! 💫 We introduce a new fMRI analysis method to decode fast n…

Dynamics of fMRI patterns reflect sub-second activation sequences and reveal replay in human visual cortex https://t.co/0CAC7ApB6Z https://t.co/PlJuqU0Pey

RT @NatureComms: A multivariate fMRI analysis method that can detect sub-second neural dynamics reveals fast, spontaneous replay of images…

RT @NatureComms: A multivariate fMRI analysis method that can detect sub-second neural dynamics reveals fast, spontaneous replay of images…

RT @NatureComms: A multivariate fMRI analysis method that can detect sub-second neural dynamics reveals fast, spontaneous replay of images…

RT @lnnrtwttkhn: Excited to share work w/ @nico_schuck out now in @NatureComms! 💫 We introduce a new fMRI analysis method to decode fast n…

RT @lnnrtwttkhn: Excited to share work w/ @nico_schuck out now in @NatureComms! 💫 We introduce a new fMRI analysis method to decode fast n…

So excited to see @lnnrtwttkhn & @nico_schuck 's work on decoding replay-speed sequences with fMRI out! Not only fantastic science, but probably the best example I know of how open + reproducible science should work. Extra treat: @lnnrtwttkhn does trul

RT @lnnrtwttkhn: Excited to share work w/ @nico_schuck out now in @NatureComms! 💫 We introduce a new fMRI analysis method to decode fast n…

RT @lnnrtwttkhn: Excited to share work w/ @nico_schuck out now in @NatureComms! 💫 We introduce a new fMRI analysis method to decode fast n…

RT @lnnrtwttkhn: Excited to share work w/ @nico_schuck out now in @NatureComms! 💫 We introduce a new fMRI analysis method to decode fast n…

RT @lnnrtwttkhn: Excited to share work w/ @nico_schuck out now in @NatureComms! 💫 We introduce a new fMRI analysis method to decode fast n…

Looks amazing!

RT @lnnrtwttkhn: Excited to share work w/ @nico_schuck out now in @NatureComms! 💫 We introduce a new fMRI analysis method to decode fast n…

Really cool study by @lnnrtwttkhn! And impressive documentation of code and analyses: https://t.co/QUSLXyw03P

RT @NatureComms: A multivariate fMRI analysis method that can detect sub-second neural dynamics reveals fast, spontaneous replay of images…

RT @lnnrtwttkhn: Excited to share work w/ @nico_schuck out now in @NatureComms! 💫 We introduce a new fMRI analysis method to decode fast n…

Neurosci: we ran 600 experiments, in-vivo using novel neuroimaging techniques averaged across 300 trials and cross-validated with study x y and z; AI: we almost do well on mnist

RT @lnnrtwttkhn: Excited to share work w/ @nico_schuck out now in @NatureComms! 💫 We introduce a new fMRI analysis method to decode fast n…

This sounds great

RT @lnnrtwttkhn: Excited to share work w/ @nico_schuck out now in @NatureComms! 💫 We introduce a new fMRI analysis method to decode fast n…

RT @lnnrtwttkhn: Excited to share work w/ @nico_schuck out now in @NatureComms! 💫 We introduce a new fMRI analysis method to decode fast n…

RT @AdinaKrik: Huge congratulations to @lnnrtwttkhn! 👏🥳This is not only a fantastic paper, but open science and reproducibility at its best…

RT @NatureComms: A multivariate fMRI analysis method that can detect sub-second neural dynamics reveals fast, spontaneous replay of images…

A multivariate fMRI analysis method that can detect sub-second neural dynamics reveals fast, spontaneous replay of images occurs in visual cortex @lnnrtwttkhn @nico_schuck @mpib_berlin @MPC_CompPsych https://t.co/hdZEZATodJ https://t.co/ExFfu871eO

RT @lnnrtwttkhn: Excited to share work w/ @nico_schuck out now in @NatureComms! 💫 We introduce a new fMRI analysis method to decode fast n…

RT @lnnrtwttkhn: Excited to share work w/ @nico_schuck out now in @NatureComms! 💫 We introduce a new fMRI analysis method to decode fast n…

RT @lnnrtwttkhn: Excited to share work w/ @nico_schuck out now in @NatureComms! 💫 We introduce a new fMRI analysis method to decode fast n…

RT @lnnrtwttkhn: Excited to share work w/ @nico_schuck out now in @NatureComms! 💫 We introduce a new fMRI analysis method to decode fast n…

RT @lnnrtwttkhn: Excited to share work w/ @nico_schuck out now in @NatureComms! 💫 We introduce a new fMRI analysis method to decode fast n…

RT @lnnrtwttkhn: Excited to share work w/ @nico_schuck out now in @NatureComms! 💫 We introduce a new fMRI analysis method to decode fast n…

RT @lnnrtwttkhn: Excited to share work w/ @nico_schuck out now in @NatureComms! 💫 We introduce a new fMRI analysis method to decode fast n…

RT @lnnrtwttkhn: Excited to share work w/ @nico_schuck out now in @NatureComms! 💫 We introduce a new fMRI analysis method to decode fast n…

RT @lnnrtwttkhn: Excited to share work w/ @nico_schuck out now in @NatureComms! 💫 We introduce a new fMRI analysis method to decode fast n…

RT @lnnrtwttkhn: Excited to share work w/ @nico_schuck out now in @NatureComms! 💫 We introduce a new fMRI analysis method to decode fast n…

RT @lnnrtwttkhn: Excited to share work w/ @nico_schuck out now in @NatureComms! 💫 We introduce a new fMRI analysis method to decode fast n…

RT @lnnrtwttkhn: Excited to share work w/ @nico_schuck out now in @NatureComms! 💫 We introduce a new fMRI analysis method to decode fast n…

RT @lnnrtwttkhn: Excited to share work w/ @nico_schuck out now in @NatureComms! 💫 We introduce a new fMRI analysis method to decode fast n…

RT @lnnrtwttkhn: Excited to share work w/ @nico_schuck out now in @NatureComms! 💫 We introduce a new fMRI analysis method to decode fast n…

RT @lnnrtwttkhn: Excited to share work w/ @nico_schuck out now in @NatureComms! 💫 We introduce a new fMRI analysis method to decode fast n…

RT @lnnrtwttkhn: Excited to share work w/ @nico_schuck out now in @NatureComms! 💫 We introduce a new fMRI analysis method to decode fast n…

RT @lnnrtwttkhn: Excited to share work w/ @nico_schuck out now in @NatureComms! 💫 We introduce a new fMRI analysis method to decode fast n…

RT @lnnrtwttkhn: Excited to share work w/ @nico_schuck out now in @NatureComms! 💫 We introduce a new fMRI analysis method to decode fast n…

RT @lnnrtwttkhn: Excited to share work w/ @nico_schuck out now in @NatureComms! 💫 We introduce a new fMRI analysis method to decode fast n…

Very cool work detecting rapid events with fMRI in humans! Check it out.

RT @lnnrtwttkhn: Huge thanks to our lab @mpib_berlin + @MPC_CompPsych for support, @maxplanckpress + @ERC_Research for funding, @deal_proje…

RT @lnnrtwttkhn: Excited to share work w/ @nico_schuck out now in @NatureComms! 💫 We introduce a new fMRI analysis method to decode fast n…

Very nicely done!

this paper is a master class in open access publishing and figure presentation...

Dynamics of fMRI patterns reflect sub-second activation sequences and reveal replay in human visual cortex https://t.co/hJ1R2MffAg v/ @NatureNews https://t.co/jaU1ImAv4J

RT @lnnrtwttkhn: Excited to share work w/ @nico_schuck out now in @NatureComms! 💫 We introduce a new fMRI analysis method to decode fast n…

RT @lnnrtwttkhn: Excited to share work w/ @nico_schuck out now in @NatureComms! 💫 We introduce a new fMRI analysis method to decode fast n…

RT @lnnrtwttkhn: Excited to share work w/ @nico_schuck out now in @NatureComms! 💫 We introduce a new fMRI analysis method to decode fast n…

RT @lnnrtwttkhn: Excited to share work w/ @nico_schuck out now in @NatureComms! 💫 We introduce a new fMRI analysis method to decode fast n…

RT @lnnrtwttkhn: Excited to share work w/ @nico_schuck out now in @NatureComms! 💫 We introduce a new fMRI analysis method to decode fast n…

RT @AdinaKrik: Huge congratulations to @lnnrtwttkhn! 👏🥳This is not only a fantastic paper, but open science and reproducibility at its best…

RT @AdinaKrik: Huge congratulations to @lnnrtwttkhn! 👏🥳This is not only a fantastic paper, but open science and reproducibility at its best…

Huge congratulations to @lnnrtwttkhn! 👏🥳This is not only a fantastic paper, but open science and reproducibility at its best. Check out the comprehensive project website https://t.co/b2q3EQzT0i featuring fully version-controlled code & data with @datal

RT @lnnrtwttkhn: Excited to share work w/ @nico_schuck out now in @NatureComms! 💫 We introduce a new fMRI analysis method to decode fast n…

RT @lnnrtwttkhn: Excited to share work w/ @nico_schuck out now in @NatureComms! 💫 We introduce a new fMRI analysis method to decode fast n…

RT @lnnrtwttkhn: Excited to share work w/ @nico_schuck out now in @NatureComms! 💫 We introduce a new fMRI analysis method to decode fast n…

RT @lnnrtwttkhn: Excited to share work w/ @nico_schuck out now in @NatureComms! 💫 We introduce a new fMRI analysis method to decode fast n…

Fantastic work by @lnnrtwttkhn & @nico_schuck on decoding sub-second stimulus sequences and their reactivation/replay in human visual cortex with fMRI!

Now out in @NatureComms by @lnnrtwttkhn & @nico_schuck: Dynamics of fMRI patterns reflect sub-second activation sequences and reveal replay in human visual cortex https://t.co/vXXe3MvuX3

Not only is this scientifically a great project detecting replay-speed sequences using fMRI, it is a truly stellar showcase of reproducibility and open science: both code and data are version controlled. @lnnrtwttkhn and @nico_schuck chapeau!

This is very cool work by @lnnrtwttkhn & @nico_schuck on decoding fast sequences with fMRI

RT @lnnrtwttkhn: Excited to share work w/ @nico_schuck out now in @NatureComms! 💫 We introduce a new fMRI analysis method to decode fast n…

RT @lnnrtwttkhn: Excited to share work w/ @nico_schuck out now in @NatureComms! 💫 We introduce a new fMRI analysis method to decode fast n…

RT @lnnrtwttkhn: Excited to share work w/ @nico_schuck out now in @NatureComms! 💫 We introduce a new fMRI analysis method to decode fast n…

RT @lnnrtwttkhn: Excited to share work w/ @nico_schuck out now in @NatureComms! 💫 We introduce a new fMRI analysis method to decode fast n…

RT @lnnrtwttkhn: Excited to share work w/ @nico_schuck out now in @NatureComms! 💫 We introduce a new fMRI analysis method to decode fast n…

RT @lnnrtwttkhn: Excited to share work w/ @nico_schuck out now in @NatureComms! 💫 We introduce a new fMRI analysis method to decode fast n…

RT @lnnrtwttkhn: Excited to share work w/ @nico_schuck out now in @NatureComms! 💫 We introduce a new fMRI analysis method to decode fast n…

RT @lnnrtwttkhn: Excited to share work w/ @nico_schuck out now in @NatureComms! 💫 We introduce a new fMRI analysis method to decode fast n…

RT @nico_schuck: check out @lnnrtwttkhn super cool work on how do decode fast sequences with fMRI plus: we use it to find replay at rest i…

RT @lnnrtwttkhn: Excited to share work w/ @nico_schuck out now in @NatureComms! 💫 We introduce a new fMRI analysis method to decode fast n…

RT @lnnrtwttkhn: Excited to share work w/ @nico_schuck out now in @NatureComms! 💫 We introduce a new fMRI analysis method to decode fast n…

RT @lnnrtwttkhn: Excited to share work w/ @nico_schuck out now in @NatureComms! 💫 We introduce a new fMRI analysis method to decode fast n…

Great work by @lnnrtwttkhn @nico_schuck !

RT @lnnrtwttkhn: Excited to share work w/ @nico_schuck out now in @NatureComms! 💫 We introduce a new fMRI analysis method to decode fast n…

RT @lnnrtwttkhn: Excited to share work w/ @nico_schuck out now in @NatureComms! 💫 We introduce a new fMRI analysis method to decode fast n…

RT @lnnrtwttkhn: Excited to share work w/ @nico_schuck out now in @NatureComms! 💫 We introduce a new fMRI analysis method to decode fast n…