Source: https://t.co/K7Q6vdESSS
A petavoxel fragment of human cerebral cortex reconstructed at nanoscale resolution.
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May 2024 – Nov 2025Where it's discussed
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News180 articles
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X / Twitter178 posts
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Blogs24 articles
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Bluesky13 posts
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What people are saying
Throughout the discussions, there is a clear tone of admiration and curiosity, with many examples emphasizing the groundbreaking nature of the nanoscale reconstructions and their implications for neuroscience research. Words like 'groundbreaking,' 'beautiful proof,' and 'incredible resources' showcase both excitement and recognition of the study's significance, which contribute to the high interest and impact scores.
Many discussions recognize the scientific significance of this detailed brain mapping, with phrases like 'groundbreaking work' and 'amazing tools' indicating strong support.
The posts reveal high curiosity about the study's details and implications, evidenced by mentions of 'incredible resources,' 'revolutionary tools,' and enthusiasm for understanding brain complexity.
Several discussions delve into technical aspects, such as synapse counts, neural mapping, and potential applications, showing deep involvement.
Users highlight the potential for this research to transform neuroscience, with comments about 'great resources,' 'proof of super-connectors,' and 'new frontiers,' indicating high perceived impact.
Abstract in brief
- The study involved creating a highly detailed, nanoscale reconstruction of a 1 mm³ piece of human temporal cortex removed during epilepsy surgery, which contains around 57,000 cells, blood vessels, and 150 million synapses.
- It was found that glial cells outnumber neurons by about 2 to 1, with oligodendrocytes being the most common, and neurons could be classified based on the orientation of their dendrites; also, while most connections are weak, some synapses are very strong with up to 50 synapses.
- This extensive, detailed mapping provides a valuable resource for future research to better understand how the human brain functions and to explore its complexities at a high resolution.
Top posts
Most liked on X and BlueskyRemarkable accomplishment by my colleague Jeff Lichtman et al.: A petavoxel fragment of human cerebral cortex reconstructed at nanoscale resolution | Science https://t.co/nQGjV0NV1z
Source: https://t.co/K7Q6vdEl3k
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All mentions
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RT @CeoImed: この論文、Googleも著者だったんですね 「脳の超解像度3D解剖」 Science ・ GoogleとHarvardの共同研究 ・ 脳の小さなサンプルを5000の断片にスライスして電子顕微鏡でスキャン ・ AIで再構成 膨大なデータを処理…
RT @NTFabiano: Source: https://t.co/K7Q6vdEl3k
RT @NTFabiano: Source: https://t.co/K7Q6vdESSS
RT @NTFabiano: Source: https://t.co/K7Q6vdESSS
RT @NTFabiano: Source: https://t.co/K7Q6vdESSS
RT @NTFabiano: Source: https://t.co/K7Q6vdESSS
RT @NTFabiano: Source: https://t.co/K7Q6vdESSS
RT @NTFabiano: Source: https://t.co/K7Q6vdESSS
@chiralenough "but to witness how far the human mind has gone." See you in the next kondratieff wave bruh. scifisızlıktan herkes noodle brain asyalı işçi modunda takılıyor aq Nvidia sikim https://t.co/uc6JJQ3Bta
RT @NTFabiano: Source: https://t.co/K7Q6vdEl3k
https://t.co/HMfTa5KQ9N
RT @NTFabiano: Source: https://t.co/K7Q6vdEl3k
RT @NTFabiano: Source: https://t.co/K7Q6vdEl3k
RT @NTFabiano: Source: https://t.co/K7Q6vdEl3k
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A petavoxel fragment of human cerebral cortex reconstructed at nanoscale resolution | Science www.science.org/doi/10.1126/...
RT @NTFabiano: Source: https://t.co/K7Q6vdESSS
Reconstruction of the ultrastructure of a cubic millimeter of human temporal cortex = 57,000 cells 150 million synapses comprises 1.4 petabytes. https://t.co/6DjiW6z2oD https://t.co/mthZj3WNbN
RT @NTFabiano: Source: https://t.co/K7Q6vdESSS
Source: https://t.co/K7Q6vdESSS
This is 1 cubic millimeter of the brain. 57,000 cells, 150 million synapses & 230 millimeters of ultrafine veins. For detail: https://t.co/M6JbskjYQ8 https://t.co/u8OLxi1owe
RT @NTFabiano: Source: https://t.co/K7Q6vdEl3k
RT @NTFabiano: Source: https://t.co/K7Q6vdEl3k
And he gave links to sources!! Nicholas Fabiano, MD @NTFabiano Sep 21 Source: https://t.co/vXA1uxBvuE A petavoxel fragment of human cerebral cortex reconstructed at nanoscale resolution To fully understand how human brain works, knowledge of its structure at high resolution is https://t.co/xh6eC4FZ4d
RT @NTFabiano: Source: https://t.co/K7Q6vdEl3k
RT @NTFabiano: Source: https://t.co/K7Q6vdEl3k
RT @NTFabiano: Source: https://t.co/K7Q6vdEl3k
RT @NTFabiano: Source: https://t.co/K7Q6vdEl3k
RT @NTFabiano: Source: https://t.co/K7Q6vdEl3k
RT @NTFabiano: Source: https://t.co/K7Q6vdEl3k
RT @NTFabiano: Source: https://t.co/K7Q6vdEl3k
البيانات الهائلة متاحة للعلماء حول العالم مجاناً لدعم البحث والتطوير https://t.co/FS8cxn6BZy
RT @NTFabiano: Source: https://t.co/K7Q6vdEl3k
RT @NTFabiano: Source: https://t.co/K7Q6vdEl3k
RT @NTFabiano: Source: https://t.co/K7Q6vdEl3k
RT @NTFabiano: Source: https://t.co/K7Q6vdEl3k
RT @NTFabiano: Source: https://t.co/K7Q6vdEl3k
RT @NTFabiano: Source: https://t.co/K7Q6vdEl3k
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المصادر
RT @NTFabiano: Source: https://t.co/K7Q6vdESSS
RT @NTFabiano: Source: https://t.co/K7Q6vdESSS
RT @NTFabiano: Source: https://t.co/K7Q6vdESSS
RT @NTFabiano: Source: https://t.co/K7Q6vdESSS
المصدر : https://t.co/h4pXPVMyCi
RT @NTFabiano: Source: https://t.co/K7Q6vdESSS
RT @NTFabiano: Source: https://t.co/K7Q6vdESSS
RT @NTFabiano: Source: https://t.co/K7Q6vdEl3k
So much to learn still. Neuroplasticity has been my side-obsession. Can we truly rewire our brain at will? A petavoxel fragment of human cerebral cortex reconstructed at nanoscale resolution | Science https://t.co/Zzu8irBjxO
https://t.co/9M1vZySGW7
RT @NTFabiano: Source: https://t.co/K7Q6vdEl3k
RT @NTFabiano: Source: https://t.co/K7Q6vdEl3k
RT @NTFabiano: Source: https://t.co/K7Q6vdEl3k
RT @DrDominicNg: @YourMomKaren7 Sure! Here you go. https://t.co/R6t9GOj6n6
RT @NTFabiano: Source: https://t.co/K7Q6vdEl3k
RT @NTFabiano: Source: https://t.co/K7Q6vdEl3k
RT @NTFabiano: Source: https://t.co/K7Q6vdEl3k
Source: https://t.co/K7Q6vdEl3k
@YourMomKaren7 Sure! Here you go. https://t.co/R6t9GOj6n6
「VRC Bio Journal RTA集会」参加録 その11 2025.08.28| https://t.co/Up2yf0VZAq 今回取り上げられた研究論文は「A petavoxel fragment of human cerebral cortex reconstructed at nanoscale resolution」(図01,図02,https://t.co/pAADPMLCdH,https://t.co/WBwWSRpeHd)である。 https://t.co/o0Lwf2M8Fr
This #sciviz project was a special challenge - designing a visual narrative that also works well in VR. If you have a headset then try out the 360 version, (narrated by yours truly). https://t.co/LA8Ln0m0lS
ヒト脳組織構造のペタバイトスケールのデータを収集し、その巨大なデータセットを無料公開しています。こういった取り組みによって得られたデータは、今後のヒト脳の理解において重要な参考情報になります。 https://t.co/lzMgGuFxlL
RT @CeoImed: 凄い!!! 全ての情報にオープンアクセス可能! 「人間の超高解像度 脳皮質解剖!」 Science ・ てんかん患者の手術時に側頭皮質サンプルを採取し、電子顕微鏡で画像化 ・ ニューロン、シナプス結合、そしてグリア細胞、血管系、ミエリンなどすべ…
@NChristudas @MAstronomers Yes, this is a real 3D reconstruction of a pyramidal neuron from human brain tissue, based on electron microscopy data. Blue shows incoming axons, green marks synapses. From a 2024 Harvard-Google study mapping 1mm³ of cortex (Science, DOI: 10.1126/science.adk4858). Not a raw
RT @LeContempIateur: Source : https://t.co/e2AKuxWuIV
RT @NTFabiano: Source: https://t.co/K7Q6vdESSS
RT @LeContempIateur: Source : https://t.co/e2AKuxWuIV
RT @LeContempIateur: Source : https://t.co/e2AKuxWuIV
RT @NTFabiano: Source: https://t.co/K7Q6vdESSS
RT @NTFabiano: Source: https://t.co/K7Q6vdESSS
RT @LeContempIateur: Source : https://t.co/e2AKuxWuIV
Source : https://t.co/e2AKuxWuIV
RT @NTFabiano: Source: https://t.co/K7Q6vdESSS
RT @NTFabiano: Source: https://t.co/K7Q6vdESSS
big leap by this group https://t.co/vLnHhT8fdd
RT @NTFabiano: Source: https://t.co/K7Q6vdESSS
RT @NTFabiano: Source: https://t.co/K7Q6vdESSS
RT @NTFabiano: Source: https://t.co/K7Q6vdESSS
RT @NTFabiano: Source: https://t.co/K7Q6vdESSS
RT @NTFabiano: Source: https://t.co/K7Q6vdESSS
RT @lUkraineLibre: Трохи пізнавайте можливості своїх мізків, а не забивайте оперативну її частину багатогодинним різногранним сміттям з ріл…
RT @NTFabiano: Source: https://t.co/K7Q6vdESSS
RT @lUkraineLibre: Трохи пізнавайте можливості своїх мізків, а не забивайте оперативну її частину багатогодинним різногранним сміттям з ріл…
Un fragment de pétavoxel de cortex cérébral humain reconstruit à l'échelle nanométrique | Science https://t.co/WwLmgbGv5w
RT @NTFabiano: Source: https://t.co/K7Q6vdESSS
İnsan Beyninin, çıkarılan en gelişmiş haritası: https://t.co/Jvg4YQmWap
RT @NTFabiano: Source: https://t.co/K7Q6vdESSS
RT @NTFabiano: Source: https://t.co/K7Q6vdESSS
A petavoxel fragment of human cerebral cortex reconstructed at nanoscale resolution:
Nano ölçekli çözünürlükte yeniden inşa edilen insan serebral korteksinin bir petavoksel parçası. Inanılmaz güzellikte https://t.co/lYRhuXZltU
Nano ölçekli çözünürlükte yeniden inşa edilen insan serebral korteksinin bir petavoksel parçası. Inanılmaz güzellikte https://t.co/lYRhuXYNEm
Трохи пізнавайте можливості своїх мізків, а не забивайте оперативну її частину багатогодинним різногранним сміттям з рілсів та шортсів про ніщо по суті - ви вже виросли з дитячого віку, щоб пізнавати все підряд до чого доторкається свідомість. https://t.co/tZS1qkOgZY https://t.co/AvdT72Rm4L
RT @NTFabiano: Source: https://t.co/K7Q6vdESSS
RT @NTFabiano: Source: https://t.co/K7Q6vdESSS
Source: https://t.co/K7Q6vdESSS
RT @EricTopol: The 2024 Good Tech Awards, spotlighted by @kevinroose for #AI/Science https://t.co/h3M9325Qol —@arcinstitute for Evo https:/…
A petavoxel fragment of human cerebral cortex reconstructed at nanoscale resolution | Science https://t.co/cpQp6GQ6cH
A petavoxel fragment of human cerebral cortex reconstructed at nanoscale resolution | Science https://t.co/SUPAKRWWFW
A petavoxel fragment of human cerebral cortex reconstructed at nanoscale resolution | Science https://www.science.org/doi/10.1126/science.adk4858 #PostSapiens
Here is the most important message about the digitalization of 1 cubic mm. of the human brain. This is simply a breakthrough. Because 1 cubic mm. is only (as much as!) one millionth of the brain.. Link: https://t.co/pyaPMKioch
W ubiegłym roku w nauce badacze zgłosili rekonstrukcję nanoskalowej rozdzielczości fragmentu ludzkiej kory mózgowej o skali milimetrowej, dając bezprecedensowy widok na strukturę tkanki mózgowej na poziomie ponadkomórkowym, komórkowym i podkomórkowym. https://t.co/njzWVX2uP5 https://t.co/iaB5K2Tql1
A petavoxel fragment of human cerebral cortex reconstructed at nanoscale resolution | Science https://t.co/RVwWJxjfpU
A petavoxel fragment of human cerebral cortex reconstructed at nanoscale resolution | Science https://t.co/MCEgT66zqu
RT @marineresearchL: André Afonso, José Xavier and Vitor Paiva from @marineresearchL co-authored a global study tracking >15,000 marine me…
André Afonso, José Xavier and Vitor Paiva from @marineresearchL co-authored a global study tracking >15,000 marine megafauna across 121 species. Result: 63% of their core areas face major threats & the 30% protection goal (GBF Target 3) isn’t enough.
A petavoxel fragment of human cerebral cortex reconstructed at nanoscale resolution | Science. https://t.co/bWFIuU1u3O
A petavoxel fragment of human cerebral cortex reconstructed at nanoscale resolution | Science https://t.co/jtr2WDc5xW
RT @alex_shapsoncoe: Our human connectome project is now published; https://t.co/JNaFmbCGbm. Thanks to all contibutors, esp @michalj, D.Ber…
A petavoxel fragment of human cerebral cortex reconstructed at nanoscale resolution | Science https://t.co/qviBlCdfTw
@BasedBeffJezos // just 1mm3 of mouse cortex, where inner models are run. its the part of the brain that is anatomically stereotypical. so it should be possible to replicate and scale this into an entire cortex. they also scanned a similar human volume a year ago btw https://t.co/zUnHuXGhtX
RT @thmonk_pf: てんかん患者の1mm³側頭皮質をnanoscale解像度(1.4pB)で再構成し約5.7万細胞と1.5億synapseを含む詳細なmappingを実現 gliaがneuronの2倍存在し深層neuronには方向性に基くsubtypeが存在 Neur…
RT @thmonk_pf: てんかん患者の1mm³側頭皮質をnanoscale解像度(1.4pB)で再構成し約5.7万細胞と1.5億synapseを含む詳細なmappingを実現 gliaがneuronの2倍存在し深層neuronには方向性に基くsubtypeが存在 Neur…
てんかん患者の1mm³側頭皮質をnanoscale解像度(1.4pB)で再構成し約5.7万細胞と1.5億synapseを含む詳細なmappingを実現 gliaがneuronの2倍存在し深層neuronには方向性に基くsubtypeが存在 Neuronは何千の弱い接続を持つが稀に強力な軸索入力を持つ #cortex #snapse #papers https://t.co/i35xqukr6m
RT @CeoImed: 凄い!!! 全ての情報にオープンアクセス可能! 「人間の超高解像度 脳皮質解剖!」 Science ・ てんかん患者の手術時に側頭皮質サンプルを採取し、電子顕微鏡で画像化 ・ ニューロン、シナプス結合、そしてグリア細胞、血管系、ミエリンなどすべ…
A petavoxel fragment of human cerebral cortex reconstructed at nanoscale resolution | Science www.science.org/doi/10.1126/...
A petavoxel fragment of human cerebral cortex reconstructed at nanoscale resolution | Science https://t.co/DFWdvTfu8e
https://t.co/fWi4Ui0QPS
Scientists mapped a tiny human brain fragment at nanoscale resolution in a stunning study, revealing its structure—supracellular, cellular, and subcellular—like never before. Some cool neuroscience shit. #Science #BrainResearch https://t.co/WlooqDqsbe
2/ https://t.co/LYkZ0PefXN
RT @gglinskii: A petavoxel fragment of human cerebral cortex reconstructed at nanoscale resolution | Science. https://t.co/USRjMqRr8H
A petavoxel fragment of human cerebral cortex reconstructed at nanoscale resolution | Science. https://t.co/USRjMqRr8H
٤ هذا الإنجاز يُعد خطوة كبيرة نحو فهم الدماغ البشري على المستوى المجهري، مع تطبيقات محتملة في علم الأعصاب، الذكاء الاصطناعي، وعلاج الأمراض العصبية. #المصدر
在《科学》杂志上,研究人员详细描述了人类大脑皮层毫米级碎片的纳米级分辨率重建,从而前所未有地从超细胞、细胞和亚细胞水平观察脑组织的结构组织。 在#BrainAwarenessWeek 期间了解更多信息:https://t.co/cBERApTCuL https://t.co/Gf0cSPm483
https://t.co/BtrC3cB3VX
A petavoxel fragment of human cerebral cortex reconstructed at nanoscale resolution | Science https://t.co/EEFDqr3Kzo
A petavoxel fragment of human cerebral cortex reconstructed at nanoscale resolution | Science https://t.co/bmp3FP1sLD
www.science.org/doi/10.1126/... A petavoxel fragment of human cerebral cortex reconstructed at nanoscale resolution
A petavoxel fragment of human cerebral cortex reconstructed at nanoscale resolution. @ScienceMagazine https://t.co/RSfpncy75U
A petavoxel fragment of human cerebral cortex reconstructed at nanoscale resolution https://t.co/S9rQi9MQUQ https://t.co/z31GJOOisp
https://www.science.org/doi/10.1126/science.adk4858?utm_campaign=Science&utm_medium=ownedSocial&utm_source=Bluesky Científicos reconstruyen mediante microscopía electrónica, un milímetro cúbico de la corteza temporal humana.
A look into the brain! A petavoxel fragment of human cerebral cortex reconstructed at nanoscale resolution | Science https://t.co/Yzk9UWj6T6
A petavoxel fragment of human cerebral cortex reconstructed at nanoscale resolution www.science.org/doi/10.1126/...
SCIENCE 10 May 2024 Vol 384, Issue 6696 A petavoxel fragment of human cerebral cortex reconstructed at nanoscale resolution (ナノスケールの解像度で再構成された人間の大脳皮質のペタボクセル断片) Alexander Shapson-Coe, Jeff W Lichtman et al. https://t.co/YXvGIQzEtO https://t.co/51gA5dzwMd
Shapson-Coe, A. et al. (2024). A petavoxel fragment of human cerebral cortex reconstructed at nanoscale resolution. Science doi.org/10.1126/scie...
RT @RikOssenkoppele: A petavoxel fragment of human cerebral cortex reconstructed at nanoscale resolution Just published in Science. This…
「1立方ミリメートルの大脳皮質内にある神経細胞」を解析した結果「1つのニューロンに50以上のシナプスが接続している例」もあるんだって。どこで発火するかわからんね。 A petavoxel fragment of human cerebral cortex reconstructed at nanoscale resolution | Science https://t.co/lRJ8GtJfzc
A petavoxel fragment of human cerebral cortex reconstructed at nanoscale resolution | Science https://t.co/pgduBMoDvP
A petavoxel fragment of human cerebral cortex reconstructed at nanoscale resolution | Science https://t.co/V1fzIITcUI
A petavoxel fragment of human cerebral cortex reconstructed at nanoscale resolution https://t.co/5Abcng8N79
RT @Rose50041282: Chip Neuralink vai ser testado em outro humano | Elon Musk quer sua tecn... https://t.co/DIMu58uRpw via @YouTube
Chip Neuralink vai ser testado em outro humano | Elon Musk quer sua tecn... https://t.co/DIMu58uRpw via @YouTube
...super impressive! A petavoxel fragment of human cerebral cortex reconstructed at nanoscale resolution | Science https://t.co/tDepE0mFqa
RT @LabTakei: SCIENCE 10 May 2024 Vol 384, Issue 6696 A petavoxel fragment of human cerebral cortex reconstructed at nanoscale resolution (…
RT @RikOssenkoppele: A petavoxel fragment of human cerebral cortex reconstructed at nanoscale resolution Just published in Science. This…
A petavoxel fragment of human cerebral cortex reconstructed at nanoscale resolution | Science https://t.co/bkTYaWZeTS
Chip Neuralink vai ser testado em outro humano | Elon Musk quer sua tecn... https://t.co/hYtxsPWDIO via @YouTube
RT @sapinker: Remarkable accomplishment by my colleague Jeff Lichtman et al.: A petavoxel fragment of human cerebral cortex reconstructed a…
RT @sapinker: Remarkable accomplishment by my colleague Jeff Lichtman et al.: A petavoxel fragment of human cerebral cortex reconstructed a…
A petavoxel fragment of human cerebral cortex reconstructed at nanoscale resolution | Science https://t.co/VTBSMJK8Ec
A picture is worth a thousand words. A 3D dataset is worth a thousand pictures.
A petavoxel fragment of human cerebral cortex reconstructed at nanoscale resolution | Science https://t.co/qr3QTwkKoI
Chip Neuralink vai ser testado em outro humano | Elon Musk quer sua tecnologia treinando na China - YouTube https://t.co/PtovgL9aff
RT @EdoardoDImprima: The title already says everything "A petavoxel fragment of human cerebral cortex reconstructed at nanoscale resolution…
Chip Neuralink vai ser testado em outro humano | Elon Musk quer sua tecnologia treinando na China - YouTube https://t.co/40ttTf8aUJ
Chip Neuralink vai ser testado em outro humano | Elon Musk quer sua tecnologia treinando na China - YouTube https://t.co/AjEOqDBHIy
https://t.co/9bPq4CpgyD A petavoxel #fragment of #human #cerebral #cortex reconstructed at #nanoscale #resolution
Chip Neuralink vai ser testado em outro humano | Elon Musk quer sua tecn... https://t.co/6vDqhlqvb2 via @YouTube
RT @prmshra: The complexity of a 1mm3 section of the human brain - 57k cells, 230mm of blood vessels, and 150 mn synapses=>1,400 TB of data…
RT @sapinker: Remarkable accomplishment by my colleague Jeff Lichtman et al.: A petavoxel fragment of human cerebral cortex reconstructed a…
A petavoxel fragment of human cerebral cortex reconstructed at nanoscale resolution | Science https://t.co/1WUKff8hMQ
A petavoxel fragment of human cerebral cortex reconstructed at nanoscale resolution | Science https://t.co/ltc7ojRFHz
A petavoxel fragment of human cerebral cortex reconstructed at nanoscale resolution | Science https://t.co/2PwTrge4Fg https://t.co/01oQmJyWWO https://t.co/ViaINvyCDD
RT @sapinker: Remarkable accomplishment by my colleague Jeff Lichtman et al.: A petavoxel fragment of human cerebral cortex reconstructed a…
A petavoxel fragment of human cerebral cortex reconstructed at nanoscale resolution | Science https://t.co/kwTNfDz8ZQ
RT @sapinker: Remarkable accomplishment by my colleague Jeff Lichtman et al.: A petavoxel fragment of human cerebral cortex reconstructed a…
RT @bsrlaboratory: A petavoxel fragment of human cerebral cortex reconstructed at nanoscale resolution | Science https://t.co/DDAa5Qdkff
RT @sapinker: Remarkable accomplishment by my colleague Jeff Lichtman et al.: A petavoxel fragment of human cerebral cortex reconstructed a…
Elon Musk quer sua tecnologia treinando na China | Neuralink em busca de... https://t.co/GeShsUNbwB via @YouTube
RT @sapinker: Remarkable accomplishment by my colleague Jeff Lichtman et al.: A petavoxel fragment of human cerebral cortex reconstructed a…
RT @sapinker: Remarkable accomplishment by my colleague Jeff Lichtman et al.: A petavoxel fragment of human cerebral cortex reconstructed a…
RT @sapinker: Remarkable accomplishment by my colleague Jeff Lichtman et al.: A petavoxel fragment of human cerebral cortex reconstructed a…
RT @sapinker: Remarkable accomplishment by my colleague Jeff Lichtman et al.: A petavoxel fragment of human cerebral cortex reconstructed a…
RT @sapinker: Remarkable accomplishment by my colleague Jeff Lichtman et al.: A petavoxel fragment of human cerebral cortex reconstructed a…
RT @sapinker: Remarkable accomplishment by my colleague Jeff Lichtman et al.: A petavoxel fragment of human cerebral cortex reconstructed a…
RT @sapinker: Remarkable accomplishment by my colleague Jeff Lichtman et al.: A petavoxel fragment of human cerebral cortex reconstructed a…
RT @sapinker: Remarkable accomplishment by my colleague Jeff Lichtman et al.: A petavoxel fragment of human cerebral cortex reconstructed a…
RT @sapinker: Remarkable accomplishment by my colleague Jeff Lichtman et al.: A petavoxel fragment of human cerebral cortex reconstructed a…
RT @sapinker: Remarkable accomplishment by my colleague Jeff Lichtman et al.: A petavoxel fragment of human cerebral cortex reconstructed a…
RT @sapinker: Remarkable accomplishment by my colleague Jeff Lichtman et al.: A petavoxel fragment of human cerebral cortex reconstructed a…
Remarkable accomplishment by my colleague Jeff Lichtman et al.: A petavoxel fragment of human cerebral cortex reconstructed at nanoscale resolution | Science https://t.co/nQGjV0NV1z
Annals Of Neuroscience A Petavoxel Fragment of Human Cerebral Cortex Reconstructed at Nanoscale Resolution: https://t.co/YI6yJITCai https://t.co/5HYi1y7KYg
RT @prmshra: The complexity of a 1mm3 section of the human brain - 57k cells, 230mm of blood vessels, and 150 mn synapses=>1,400 TB of data…
A petavoxel fragment of human cerebral cortex reconstructed at nanoscale resolution https://t.co/K34Iu5WwEJ
Trending on PubMed: A petavoxel fragment of human cerebral cortex reconstructed at nanoscale resolution. https://t.co/g0cOjoPloN
A petavoxel fragment of human cerebral cortex reconstructed at nanoscale resolution
"A petavoxel fragment of human cerebral cortex reconstructed at nanoscale resolution” Shapson-Coe A, Januszewsk M, Berger DR [..] Jain V, Lichtman JW. Science. 2024-05-10. https://t.co/vO3WKROLUk
truly groundbreaking work reconstructing a cubic millimeter of human cortex. amazing tools, great resources for the community, and beautiful proof of super-connectors! up to 53 synapses by one neuron! https://www.science.org/doi/10.1126/science.adk4858
A fragment of human cerebral cortex reconstructed at nanoscale resolution https://www.science.org/doi/10.1126/science.adk4858
A petavoxel fragment of human cerebral cortex reconstructed at nanoscale resolution
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