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Top Stories where AI meets the brain

A curated, continuously updated feed of the most consequential stories at the intersection of artificial intelligence and human cognition. Most items link straight to the social media post where the news is breaking. Tap a headline to read the thread, or submit a story below.


  1. 01
    via @OpenAI · NEJM AI

    OpenAI's o3 cracks 18 unsolved pediatric cases with Boston Children's Hospital

    OpenAI's o3 Deep Research model teamed with clinicians at Boston Children's Hospital and Harvard to re-examine 376 rare, undiagnosed pediatric cases. The model proposed diagnostic hypotheses linking symptoms, genetic variants, and the medical literature; doctors validated them against ACMG/AMP clinical standards, confirming 18 brand-new diagnoses across neurodevelopmental, neuromuscular, and psychiatric conditions. The work was published in NEJM AI.

    Neurodevelopment Genomics Clinical AI

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  2. 02
    via @midjourney · Butterfly Health

    Midjourney spins up a medical arm with a 60-second full-body ultrasonic scanner

    Image-AI company Midjourney unveiled a medical division built around a conceptual full-body scanner that images in 60 seconds with no radiation or contrast dye, aiming to replace a large share of MRIs. A ring of 8,960 ultrasonic transducers claims picometer-scale resolution at 17 GB/s. The bootstrapped company says it will deploy 50,000 units over six years and open a San Francisco wellness spa in 2027, partnered with Butterfly Health.

    Medical imaging Hardware Neurotech-adjacent

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  3. 03
    via Samsung Foundry · @neuralink

    Samsung lands its first Neuralink order to build the 4th-gen brain implant chip

    Samsung's foundry division has secured its first-ever order from Neuralink, taping out test silicon for the company's fourth-generation brain-computer interface implant, internally codenamed "O1." The chip is built on Samsung's energy-efficient 4-nanometer process — a node that shrinks the implant, speeds up neural-signal decoding, and cuts power draw, all critical to how long a device can safely live in the cortex. Samsung kicked off the project late last year; first samples are due in the first half of 2027, with mass production possible by the second half if testing holds up.

    Brain-computer interface Silicon Neurotech

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