これはすごい論文ですね!
fMRIで、5ミリ秒かつ0.22mmの時空間解像度でスパイク活動を記録できる、という研究。

非侵襲的なfMRIでこの時空間解像度を出せるとなると、ゲームチェンジャーとなる可能性を十分に秘めています。
https://t.co/ncYcVLUh3a https://t.co/jXxMyuI2ds

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Ever curious about propagations of cortical activity? They can be hard to miss in fMRI with modern temp. resolution. We were particularly interested because of neuro lit. on hierarchical props and psych lit. on the development of top-down control in kids https://t.co/McN26o1Cvi

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I’m very excited to share our special issue in Progress in Neurobiology: how high spatiotemporal resolution fMRI can advance neuroscience! These fascinating articles discuss how pushing the boundaries of imaging open up new opportunities in neuroscience. https://t.co/w12n91r7vU

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reading fmri studies while eating cauliflower steaks really takes the experience to a whole new level

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However, an fMRI measures brain activity by detecting the change in blood flow to brain regions before and after a task or a stimuli, something that doesn’t work postmortem.

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We introduce a novel child-friendly, open-source ToM fMRI task. Accuracy & performance evaluated behaviorally in 60 children (3-9y), using fMRI in 27 adults (red) and 33 children (7-13y; blue), resulting in ToM-activation in bilateral TPJ, temporal gyri, precuneus & med. PFC/OFC

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How does your brain know what you're doing? We used fMRI decoding techniques to investigate how the actions we perform alter sensory representations in the brain. https://t.co/MIXUC2d4hx

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7T-fMRIならいけるかもしれませんね❗

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Attend and Decode: 4D fMRI Task State Decoding Using Attention Models. https://t.co/uGrFcrMKti

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It's time again? So a brief intro about me:
I'm a freelance painter (tablet pen + photoshop),
https://t.co/noSJ7aVTSF
and a cognitive neuroscience researcher (3T/7T fMRI).
https://t.co/82U4Tdb6ru
自己紹介:絵描き+認知神経科学の研究者です。

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ISSUE 8 FEATURE ARTICLE

🔎 into the 🧠
Check out this News & Reports piece by Kathleen Waterston () to learn about how & are being used as a non-invasive treatment for Tourette syndrome: https://t.co/MUlPe3zUcs

Artwork: Erin Cutler 🎨

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Issue 8 sneak peek:

Is it possible to re-wire your brain? 🧠 Kathleen Waterston from discusses how and can locate & correct areas of disrupted connections. Stay tuned on Wednesday! Artwork: Erin Cutler 🎨

FEB 5TH: https://t.co/I6FVf3iUnw

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甘夏さん、おはようございます。
↓これは被験者A, B, C が、画像を見て脳でイメージした像をfMRIで読み取り、AIの学習機能も借りて外部に出力したもの(夢で見ている像を外部に出力することにつながる)。まだ完全じゃないけど。
同じように夢の中で聞いている音も抽出できるようになるかもしれない。

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Supervised Hyperalignment for multi-subject fMRI data alignment. https://t.co/GdeORbTlRS

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Our new layer(columnar)-fMRI study is online. It's about the surprising mirrored finger representation in the primary motor cortex. They are soo small! https://t.co/RZ49lRrCLK

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Hi! So excited to share our newest w :
Predictive Representations in Hippocampal & Prefrontal Hierarchies.
fMRI evidence that predictive representations are organized at multiple scales in posterior-anterior hierarchies in PFC & hippocampus. 1/N
https://t.co/vOxHyFkvd1

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When bae is like, "You still at work?," & you're like, "Positive results got me turnt up, boo." I like pretty brain pics so much.

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時々絵を描く。本職は脳科学(fMRI)研究者。
絵のテーマはおっさん、中世、ファンタジー。
前の絵はこちら:https://t.co/a9trLAcPYk

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Are you thinking what I'm thinking? Synchronization of resting fMRI time-series across subjects

https://t.co/ATZSEJAqwW

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