#脳科学 is an active hashtag on Bluesky. In the last 30 days, 19 people shared 43 posts with it — around 1 a day. Activity is down 54% versus the previous week, peaking on Jul 24 with 5 posts.
arxiv.org
NeuroWorld: A Latent Brain World Model for Stimulus-Conditioned Human Brain Dynamics
Forecasting human brain activity during naturalistic experience requires modeling how endogenous neural states evolve causally under continuous sensory drive. Existing brain encoding models instead frame this as stimulus-to-response regression without strict temporal constraints, allowing future stimuli to leak into current predictions. We introduce NeuroWorld, to our knowledge the first brain world model, which casts naturalistic brain functional dynamics prediction as stimulus-conditioned evolution in a learned latent brain-state space, separating endogenous states (measured via fMRI) from exogenous multimodal stimuli across two stages. Latent Dynamics Learning (LDL) jointly learns a transition-sufficient representation and causal dynamics through next-latent prediction, without reconstructing the observed fMRI signal. Latent Rollout Decoding (LRD) freezes LDL, autoregressively rolls latent states forward from an observed fMRI prefix, and decodes them into subject-specific whole-brai
arxiv.org
Time^2: A framework for the neural dynamics of visual perception
Whenever we look at an object, we seem to perceive it immediately. However, this is not the case for two reasons. First, it takes hundreds of milliseconds for the brain to process visual information reaching the retina. Second, we have to look at an object for a certain amount of time to perceive it (and we typically look at it for hundreds of milliseconds) -- during that time, visual information is continuously received on our retinas. These facts together imply that visual information is both processed and received through time. These two temporal facets of perception, which we term processing time and stimulus time, are often conflated in the literature. Moreover, processing time and stimulus time are usually not considered together in experiments. Here, we argue that, to obtain a more complete portrait of visual perception and constrain further models of vision, it is essential to consider and measure both temporal facets simultaneously. We present a new method designed to do so th
x.com
日本神経科学学会 (@jnsorg) on X
「認知症になると、なぜ記憶は失われるのか？」 「脳はどう学び、未来を予測しているのか？」 「気分や行動は、脳の中でどう生まれるのか？」 日本神経科学学会 市民公開講座 「脳科学の達人2026」
x.com
日本神経科学学会 (@jnsorg) on X
#脳科学の達人2026 4人目のプレゼンターは、ワシントン大学の 井上清香さん。 「ホルモンが“脳のスイッチ”を押すとき ― 行動と気分はどう変わるのか？―」 気分や行動は、脳の中でどのように生まれるのでしょうか？
arxiv.org
Time^2: A framework for the neural dynamics of visual perception
Whenever we look at an object, we seem to perceive it immediately. However, this is not the case for two reasons. First, it takes hundreds of milliseconds for the brain to process visual information reaching the retina. Second, we have to look at an object for a certain amount of time to perceive it (and we typically look at it for hundreds of milliseconds) -- during that time, visual information is continuously received on our retinas. These facts together imply that visual information is both processed and received through time. These two temporal facets of perception, which we term processing time and stimulus time, are often conflated in the literature. Moreover, processing time and stimulus time are usually not considered together in experiments. Here, we argue that, to obtain a more complete portrait of visual perception and constrain further models of vision, it is essential to consider and measure both temporal facets simultaneously. We present a new method designed to do so th
arxiv.org
Time^2: A framework for the neural dynamics of visual perception
Whenever we look at an object, we seem to perceive it immediately. However, this is not the case for two reasons. First, it takes hundreds of milliseconds for the brain to process visual information reaching the retina. Second, we have to look at an object for a certain amount of time to perceive it (and we typically look at it for hundreds of milliseconds) -- during that time, visual information is continuously received on our retinas. These facts together imply that visual information is both processed and received through time. These two temporal facets of perception, which we term processing time and stimulus time, are often conflated in the literature. Moreover, processing time and stimulus time are usually not considered together in experiments. Here, we argue that, to obtain a more complete portrait of visual perception and constrain further models of vision, it is essential to consider and measure both temporal facets simultaneously. We present a new method designed to do so th
news.matomame.jp
BAZZI氏最新刊がAmazon部門ランキングで14冠達成！「何もしない」アプローチの真髄とは
BAZZIが新刊『「何もしない」ほうがうまくいく』でAmazonの14部門で1位を獲得。脳に余白をつくる方法を伝授し、心を軽やかにするアプローチを提案。
arxiv.org
NeuroWorld: A Latent Brain World Model for Stimulus-Conditioned Human Brain Dynamics
Forecasting human brain activity during naturalistic experience requires modeling how endogenous neural states evolve causally under continuous sensory drive. Existing brain encoding models instead frame this as stimulus-to-response regression without strict temporal constraints, allowing future stimuli to leak into current predictions. We introduce NeuroWorld, to our knowledge the first brain world model, which casts naturalistic brain functional dynamics prediction as stimulus-conditioned evolution in a learned latent brain-state space, separating endogenous states (measured via fMRI) from exogenous multimodal stimuli across two stages. Latent Dynamics Learning (LDL) jointly learns a transition-sufficient representation and causal dynamics through next-latent prediction, without reconstructing the observed fMRI signal. Latent Rollout Decoding (LRD) freezes LDL, autoregressively rolls latent states forward from an observed fMRI prefix, and decodes them into subject-specific whole-brai
usuchu.jp
幽体離脱のような感覚「離人症」の正体は炎症かもしれない。子どもの頃の血液に残っていた、現実感喪失の痕跡。 | 臼宙
幽体離脱、という言葉がございますでしょう。……いえ、霊のお話ではありませんの。 離人症、現実感喪失。自分の体から少し離れたところに自分がいるような感じ。まわりの世界が書き割りに見...
news.matomame.jp
現代人の脳の疲れを癒す『最高の休息法』完全版が登場！
『世界のエリートがやっている 最高の休息法［完全版］』がリリースされ、脳の疲労を科学的に解明。最新のマインドフルネス法を提案し、リフレッシュ方法を紹介しています。
news.3rd-in.co.jp
脳の疲労を解消する新たな休息法「世界のエリートがやっている最高の休息法」完全版
久賀谷亮氏の新著『世界のエリートがやっている最高の休息法［完全版］』が7月29日に発売。脳疲労を解消する最新のマインドフルネス法を紹介します。
lockpickingtail.blogspot.com
開かれた個体性＿第二章：記憶は脳だけにあるのか？ ―身体的記憶の正体
臓器移植でドナーの性格や嗜好が移るのはなぜか？それは記憶の「コピー」ではなく、身体の「調律（チューニング）」かもしれません。脳だけでなく、心臓や腸が持つ神経ネットワークと「身体記憶」の正体を解説。全身で刻まれるリズムが、いかにして「私」というアンサンブルを奏でているのかを探ります。
yusumirmir.com
未来の自分を救う「お宝」の作り方：記録が書き換えるあなたの運命
1. はじめに：今、この瞬間という「3秒」の魔法 「今」という時間は、実はたった「3秒」しか存在しないということを、あなたは想像したことがありますか？ 私たちの人生を、一つの美しい景色に例えてみましょ
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