ch0k1 on Nostr: Scientists Are Trying to Train Lab-Grown Brains Which Started to Solve Problems. ...
Scientists Are Trying to Train Lab-Grown Brains Which Started to Solve Problems.
https://www.popularmechanics.com/science/health/a70596419/lab-brain-cart-pole-problem/While creating organs sounds like sci-fi fodder, scientists have actually experimented with the idea for more than a century. For example, in 1907, American biologist Henry Van Peters Wilson demonstrated the foundational principles of lab-grown organs, or “organoids,” by showing how disassociated cells from a sea sponge could self-organize and regenerate in vitro. For decades, this exploration continued on in various animals until eventually, in 2009, scientists created the first 3D organoid using the intestinal stem cells of a mouse.
https://stacker.news/items/1454263Published at
2026-03-14 21:46:29 UTCEvent JSON
{
"id": "bf3775db9d8d5da3021d72c4c23c8290743babf5b2d403122d8b12aa77422a7d",
"pubkey": "b4403b2415a020c20691bb18c51ada5acb64b71d2f60966cb3c78ba683542d4e",
"created_at": 1773524789,
"kind": 1,
"tags": [
[
"client",
"stacker.news"
]
],
"content": "Scientists Are Trying to Train Lab-Grown Brains Which Started to Solve Problems.\nhttps://www.popularmechanics.com/science/health/a70596419/lab-brain-cart-pole-problem/\n\nWhile creating organs sounds like sci-fi fodder, scientists have actually experimented with the idea for more than a century. For example, in 1907, American biologist Henry Van Peters Wilson demonstrated the foundational principles of lab-grown organs, or “organoids,” by showing how disassociated cells from a sea sponge could self-organize and regenerate in vitro. For decades, this exploration continued on in various animals until eventually, in 2009, scientists created the first 3D organoid using the intestinal stem cells of a mouse.\n\nhttps://stacker.news/items/1454263",
"sig": "a4d7c3df6428d897affa27e4f35868458981f11715602af23d5851a43157f5e9a9a9ac37aa6dee30c302c722a32d5b202ffab70d00ca424c30ca38620121b188"
}