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

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…

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…

Can we measure sequences of stimuli shorter than 1s using fMRI? Amazing work by my PhD colleague @lnnrtwttkhn

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…

check out @lnnrtwttkhn super cool work on how do decode fast sequences with fMRI plus: we use it to find replay at rest in visual cortex! double plus: @lnnrtwttkhn made an amazing effort to share all code & data related to this study, see https://wit

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…

Huge thanks to our lab @mpib_berlin + @MPC_CompPsych for support, @maxplanckpress + @ERC_Research for funding, @deal_projekt for #openaccess publishing, our participants, and research software developers for building the tools! Thanks for reading! 🙏 [n/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…

Excited to share work w/ @nico_schuck out now in @NatureComms! 💫 We introduce a new fMRI analysis method to decode fast neural event sequences and report replay in visual cortex following a non-mnemonic task! 🧠 - 📜 Paper: https://t.co/NsLPzaTv84 - 🧵 Thre

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