Users are praising Sakana AI's self-repairing smart cellular bricks research because decentralized cubes figure out shapes and patch holes like biology's oldest tricks.
Based on 1 visible X reactions from 3 accounts; directional sample.
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@SakanaAILabs A pile of dumb cubes with no central controller figuring out the shape they form and patching their own holes is biology's oldest trick finally landing in hardware.
Very happy this work is finally out in Nature Communications! Great teamwork, with Rodrigo and Andres doing the heavy lifting with the hardware, Kathrin creating the initial proof-of-concept, and @SudhakaranShyam doing NCA magic✨ https://x.com/risi1979/status/2076954855998902547/photo/1 https://twitter.com/SakanaAILabs/status/2076597965804765283
The Smart Cellular Bricks use local neural networks for shape classification.
@SakanaAILabs A pile of dumb cubes with no central controller figuring out the shape they form and patching their own holes is biology's oldest trick finally landing in hardware.
Very happy this work is finally out in Nature Communications! Great teamwork, with Rodrigo and Andres doing the heavy lifting with the hardware, Kathrin creating the initial proof-of-concept, and @SudhakaranShyam doing NCA magic✨ https://x.com/risi1979/status/2076954855998902547/photo/1 https://twitter.com/SakanaAILabs/status/2076597965804765283
Users are praising Sakana AI's self-repairing smart cellular bricks research because decentralized cubes figure out shapes and patch holes like biology's oldest tricks.
Based on 1 visible X reactions from 3 accounts; directional sample.
Ask a question below.
Published answers will appear here.