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#humanbrain — Public Fediverse posts

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

  1. Memory shapes who we are but what happens when years of it suddenly disappear? A rare medical case involving reported memory loss is sparking conversations about brain health, neurological science, and the limits of human understanding.
    #MemoryLoss #BrainHealth #MedicalMystery #Neurology #Science #HealthNews #HumanBrain #CurrentEvents #HealthAwareness #Discussion

  2. Memory shapes who we are but what happens when years of it suddenly disappear? A rare medical case involving reported memory loss is sparking conversations about brain health, neurological science, and the limits of human understanding.
    #MemoryLoss #BrainHealth #MedicalMystery #Neurology #Science #HealthNews #HumanBrain #CurrentEvents #HealthAwareness #Discussion

  3. Memory shapes who we are but what happens when years of it suddenly disappear? A rare medical case involving reported memory loss is sparking conversations about brain health, neurological science, and the limits of human understanding.
    #MemoryLoss #BrainHealth #MedicalMystery #Neurology #Science #HealthNews #HumanBrain #CurrentEvents #HealthAwareness #Discussion

  4. Memory shapes who we are but what happens when years of it suddenly disappear? A rare medical case involving reported memory loss is sparking conversations about brain health, neurological science, and the limits of human understanding.
    #MemoryLoss #BrainHealth #MedicalMystery #Neurology #Science #HealthNews #HumanBrain #CurrentEvents #HealthAwareness #Discussion

  5. English – The Conversation | Self-driving cars struggle to see at night or in fog – but imitating the human brain can make them safe by Pablo Hernández Cámara, Profesor e investigador. Departamento de Ingeniería Electrónica & Laboratorio de Procesado de Imágenes, Universitat de València, Universitat de València

    AI generated summary, Read the full article for complete information.

    Self‑driving cars work well in clear daylight but become almost blind in darkness, rain or fog, because current AI vision systems lack the adaptive mechanisms that human eyes use. Researchers at the University of Valencia mimicked the brain’s “divisive normalisation”—a neuronal “volume‑control” that amplifies weak signals in dark scenes and attenuates bright ones—to modify standard AI models. Tests with real‑world European driving data, night‑time images from Switzerland and virtual simulators showed that the brain‑inspired models retained accurate object detection under fog and complete darkness, outperforming unmodified AI by more than 20 %. The study suggests that improving autonomous‑vehicle safety does not require larger computers or massive datasets, but rather can be achieved by borrowing evolution‑tested strategies from human vision, making AI systems more robust, adaptable, and trustworthy in all weather conditions.

    Read more: theconversation.com/self-drivi

    #UniversityofValencia #Selfdrivingcars #AIvision #Neuralnetwork #Humanbrain #Divisivenormalisation #Switzerland #Europeandatasets #Autonomousvehicles #Braininspired #

  6. Reflections on Human and Artificial Intelligence

    📰 Original title: I.N.

    🤖 IA: It's not clickbait ✅
    👥 Usuarios: It's not clickbait ✅

    View full AI summary: killbait.com/en/reflections-on

    #artificialintelligence #cognition #humanbrain

  7. "A spatial transcriptomic atlas of autism-associated genes identifies convergence in the developing human thalamus", Aivazidis et al. 2025
    biorxiv.org/content/10.1101/20

    "The developing thalamus showed the most prevalent expression of autism susceptibility genes... Within the thalamus, excitatory neurons showed the most enriched expression"

    Makes a lot of good sense relative to the hyper- and hypo-sensitivity in autism: the neurons that relay sensory signals to the brain are impacted the most.

    Browse the gene expression data:
    stageatlas.org/

    #neuroscience #autism #HumanBrain

  8. "A spatial transcriptomic atlas of autism-associated genes identifies convergence in the developing human thalamus", Aivazidis et al. 2025
    biorxiv.org/content/10.1101/20

    "The developing thalamus showed the most prevalent expression of autism susceptibility genes... Within the thalamus, excitatory neurons showed the most enriched expression"

    Makes a lot of good sense relative to the hyper- and hypo-sensitivity in autism: the neurons that relay sensory signals to the brain are impacted the most.

    Browse the gene expression data:
    stageatlas.org/

    #neuroscience #autism #HumanBrain

  9. "A spatial transcriptomic atlas of autism-associated genes identifies convergence in the developing human thalamus", Aivazidis et al. 2025
    biorxiv.org/content/10.1101/20

    "The developing thalamus showed the most prevalent expression of autism susceptibility genes... Within the thalamus, excitatory neurons showed the most enriched expression"

    Makes a lot of good sense relative to the hyper- and hypo-sensitivity in autism: the neurons that relay sensory signals to the brain are impacted the most.

    Browse the gene expression data:
    stageatlas.org/

    #neuroscience #autism #HumanBrain

  10. "A spatial transcriptomic atlas of autism-associated genes identifies convergence in the developing human thalamus", Aivazidis et al. 2025
    biorxiv.org/content/10.1101/20

    "The developing thalamus showed the most prevalent expression of autism susceptibility genes... Within the thalamus, excitatory neurons showed the most enriched expression"

    Makes a lot of good sense relative to the hyper- and hypo-sensitivity in autism: the neurons that relay sensory signals to the brain are impacted the most.

    Browse the gene expression data:
    stageatlas.org/

    #neuroscience #autism #HumanBrain

  11. "A spatial transcriptomic atlas of autism-associated genes identifies convergence in the developing human thalamus", Aivazidis et al. 2025
    biorxiv.org/content/10.1101/20

    "The developing thalamus showed the most prevalent expression of autism susceptibility genes... Within the thalamus, excitatory neurons showed the most enriched expression"

    Makes a lot of good sense relative to the hyper- and hypo-sensitivity in autism: the neurons that relay sensory signals to the brain are impacted the most.

    Browse the gene expression data:
    stageatlas.org/

    #neuroscience #autism #HumanBrain