@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 @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…
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…
Wow, what an amazingly careful, systematic and creative investigation of the possibilities of decoding replay from fMRI. Not surprising, as this is all these are characteristic of @nico_schuck's MO :). Can't wait to read the details, and great work, @lnn
RT @lnnrtwttkhn: Excited to share work w/ @nico_schuck out now in @NatureComms! 💫 We introduce a new fMRI analysis method to decode fast n…