home.social

#microns — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #microns, aggregated by home.social.

  1. More than 50,000 employees in South Korea are set to walk out on May 21 for an 18-day general strike. Jefferies estimates that a full-scale ...#Microns #Dual #Advantage #Strike #Next #Door #New #Module #Locks #Pricing
    Micron’s Dual Advantage: A Strike Next Door and a New Module Locks In Pricing Power
  2. More than 50,000 employees in South Korea are set to walk out on May 21 for an 18-day general strike. Jefferies estimates that a full-scale ...#Microns #Dual #Advantage #Strike #Next #Door #New #Module #Locks #Pricing
    Micron’s Dual Advantage: A Strike Next Door and a New Module Locks In Pricing Power
  3. More than 50,000 employees in South Korea are set to walk out on May 21 for an 18-day general strike. Jefferies estimates that a full-scale ...#Microns #Dual #Advantage #Strike #Next #Door #New #Module #Locks #Pricing
    Micron’s Dual Advantage: A Strike Next Door and a New Module Locks In Pricing Power
  4. "The synaptic architecture of layer 5 thick tufted excitatory neurons in mouse visual cortex", Bodor et al. 2025 (Nuno da Costa's lab)
    nature.com/articles/s41593-025

    #neuroscience #MICrONs #connectomics #CerebralCortex

  5. Scientists have created the most detailed wiring diagram of the brain ever, thanks to IARPA’s MICrONS program. They mapped over 200,000 cells and 500 million synapses in a mouse’s visual cortex, linking structure and function at an unprecedented scale. This breakthrough could revolutionize our understanding of cognition, consciousness, and brain disorders.

    @goodnews

    #Neuroscience #BrainMapping #MICrONS #IARPA #Consciousness #GoodNews
    thedebrief.org/iarpa-research-

  6. Scientists achieve a historic milestone by creating the most comprehensive wiring diagram and functional map of a mammalian brain, offering unprecedented insights into neural connectivity. #Neuroscience #BrainMapping #MICrONS

    geekoo.news/mapping-the-mind-u

  7. Results: In this study of the #MICrONS 🐭👁️-cortex 3D #ElectronMicroscopy dataset, I show how the shape of #Contractile #MuralCells transition from #PenetratingArteriole to #PrecapillarySphincter to #Capillaries. Vascular lumen = blue, mural cells = various colors (5/15)

  8. Results: In this study of the #MICrONS 🐭👁️-cortex 3D #ElectronMicroscopy dataset, I show how the shape of #Contractile #MuralCells transition from #PenetratingArteriole to #PrecapillarySphincter to #Capillaries. Vascular lumen = blue, mural cells = various colors (5/15)

  9. Results: In this study of the #MICrONS 🐭👁️-cortex 3D #ElectronMicroscopy dataset, I show how the shape of #Contractile #MuralCells transition from #PenetratingArteriole to #PrecapillarySphincter to #Capillaries. Vascular lumen = blue, mural cells = various colors (5/15)

  10. Results: In this study of the 🐭👁️-cortex 3D dataset, I show how the shape of transition from to to . Vascular lumen = blue, mural cells = various colors (5/15)

  11. Results: In this study of the #MICrONS 🐭👁️-cortex 3D #ElectronMicroscopy dataset, I show how the shape of #Contractile #MuralCells transition from #PenetratingArteriole to #PrecapillarySphincter to #Capillaries. Vascular lumen = blue, mural cells = various colors (5/15)