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#biocomputing — Public Fediverse posts

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

  1. Biocomputing uses DNA and neurons as hardware, diverging in method and maturity, with DNA targeting archival storage and organoids acting as adaptive systems. hackernoon.com/biocomputing-ex #biocomputing

  2. Cortical Labs, the startup that taught 200,000 living human neurons to play Doom, is now building biological data centers in Melbourne (120 units) and Singapore (up to 1,000 units). Each unit uses a fraction of the power of conventional AI chips.

    #AI #BioComputing #TechNews

  3. 800.000 Neuronen lernen in 5 Minuten Ping-Pong – und spielen #Doom.
    Klingt wie #Sci-Fi? Ist aber echte Forschung von Cortical Labs. DishBrain lernt schneller und energieeffizienter als #DeepBlue oder #AlphaGo. Revolutioniert biologisches Computing nun KI?
    Der #BlogArtikel von Henrik Müller ist kostenlos online verfügbar: laborjournal.de/blog/

    #Laborjournal #LifeSciences #Neurowissenschaften #BioComputing #neuronalePlastizität #KI

  4. 800.000 Neuronen lernen in 5 Minuten Ping-Pong – und spielen #Doom.
    Klingt wie #Sci-Fi? Ist aber echte Forschung von Cortical Labs. DishBrain lernt schneller und energieeffizienter als #DeepBlue oder #AlphaGo. Revolutioniert biologisches Computing nun KI?
    Der #BlogArtikel von Henrik Müller ist kostenlos online verfügbar: laborjournal.de/blog/

    #Laborjournal #LifeSciences #Neurowissenschaften #BioComputing #neuronalePlastizität #KI

  5. 800.000 Neuronen lernen in 5 Minuten Ping-Pong – und spielen #Doom.
    Klingt wie #Sci-Fi? Ist aber echte Forschung von Cortical Labs. DishBrain lernt schneller und energieeffizienter als #DeepBlue oder #AlphaGo. Revolutioniert biologisches Computing nun KI?
    Der #BlogArtikel von Henrik Müller ist kostenlos online verfügbar: laborjournal.de/blog/

    #Laborjournal #LifeSciences #Neurowissenschaften #BioComputing #neuronalePlastizität #KI

  6. 800.000 Neuronen lernen in 5 Minuten Ping-Pong – und spielen #Doom.
    Klingt wie #Sci-Fi? Ist aber echte Forschung von Cortical Labs. DishBrain lernt schneller und energieeffizienter als #DeepBlue oder #AlphaGo. Revolutioniert biologisches Computing nun KI?
    Der #BlogArtikel von Henrik Müller ist kostenlos online verfügbar: laborjournal.de/blog/

    #Laborjournal #LifeSciences #Neurowissenschaften #BioComputing #neuronalePlastizität #KI

  7. 800.000 Neuronen lernen in 5 Minuten Ping-Pong – und spielen #Doom.
    Klingt wie #Sci-Fi? Ist aber echte Forschung von Cortical Labs. DishBrain lernt schneller und energieeffizienter als #DeepBlue oder #AlphaGo. Revolutioniert biologisches Computing nun KI?
    Der #BlogArtikel von Henrik Müller ist kostenlos online verfügbar: laborjournal.de/blog/

    #Laborjournal #LifeSciences #Neurowissenschaften #BioComputing #neuronalePlastizität #KI

  8. 🚀🎉 Alert: The brain chip #revolution is here! But oh wait, you can't access more details because the internet gods have slapped a 403 Forbidden error faster than you can say "biocomputing." 🔒🤖💥 Looks like the future is still on cache, folks! 🙄
    spectrum.ieee.org/biological-c #brainchip #biocomputing #403forbidden #technews #futureoftech #HackerNews #ngated

  9. e504 — Can You Digg It?

    e504 with Andy, Michael and Michael – stories and discussion on #vibecoding #AI, #biocomputing, #philosophy, #Digg, #MWC25, #LaserRot and much more.

    https://media.blubrry.com/gamesatwork/op3.dev/e,pg=6e00562f-0386-5985-9c2c-26822923720d/gamesatwork.biz/wp-content/uploads/2025/03/E504.mp3

    Podcast: Play in new window | Download (Duration: 30:24 — 42.4MB) | Embed

    Subscribe: Apple Podcasts | Spotify | Amazon Music | Android | Podcast Index | Youtube Music | RSS | More

    gamesatwork.biz/2025/03/10/e50

  10. University of Nebraska-Lincoln: Nebraska-led team explores using bacteria to power artificial intelligence. “With a new grant from the National Science Foundation and in collaboration with Princeton University, Sasitharan Balasubramaniam, associate professor in the School of Computing, aims to discover how natural structures in bacterial gene networks could be leveraged for AI applications.”

    https://rbfirehose.com/2025/11/04/university-of-nebraska-lincoln-nebraska-led-team-explores-using-bacteria-to-power-artificial-intelligence/

  11. 🧠 Fascynujący przełom w biokomputacji!
    Final Spark buduje procesory z żywych ludzkich neuronów. Te organoidy mózgowe:

    Zużywają 1/1000000 energii zwykłych procesorów
    Uczą się poprzez dopaminę
    Mogą żyć do 3 lat
    Sterują wirtualnym motylem poprzez "myśli"
    Biologiczne procesory mogą zrewolucjonizować AI i drastycznie zmniejszyć jej ślad węglowy.
    #BioComputing #Neuroscience #AI #GreenTech #Innovation #Technology
    dexterlab.dev/zywe-procesory-z

  12. "In a development straight out of science fiction, Australian startup Cortical Labs has released what it calls the world’s first code-deployable biological computer. The CL1, which debuted in March, fuses human brain cells on a silicon chip to process information via sub-millisecond electrical feedback loops.

    Designed as a tool for neuroscience and biotech research, the CL1 offers a new way to study how brain cells process and react to stimuli. Unlike conventional silicon-based systems, the hybrid platform uses live human neurons capable of adapting, learning, and responding to external inputs in real time.

    “On one view, [the CL1] could be regarded as the first commercially available biomimetic computer, the ultimate in neuromorphic computing that uses real neurons,” says theoretical neuroscientist Karl Friston of University College London. “However, the real gift of this technology is not to computer science. Rather, it’s an enabling technology that allows scientists to perform experiments on a little synthetic brain.”"

    spectrum.ieee.org/biological-c

    #Biocomputing #Neuroscience #CorticalLabs #BrainCells #Neurons

  13. #shownotes for @gamesatwork_biz #podcast e504 with are done and publication set for tomorrow, Monday 10 March on gamesatwork.biz with @michaelrowe01 & @andypiper . Find e504 on @Spotify @overcastfm @YouTube and all your favorite podcast feeds! Discussion on #vibecoding #AI, #biocomputing, #philosophy, #Digg, #MWC25, #LaserRot and much more.

    Be sure to subscribe on gamesatwork.biz so you don’t miss an episode!

  14. Pulling together the #shownotes in preparation for Monday’s posting of e504 in #ChapelHill while listening to #Chicago for @gamesatwork_biz with @michaelrowe01 and @andypiper. Stories and discussion on #vibecoding #AI, #biocomputing, #philosophy, #Digg, #MWC25 and more! Check out earlier episodes, chock full of #AI #metaverse #AR #VR #gamification and so much more on gamesatwork.biz

  15. ´These 'living computers' are made from human neurons — and you can rent one for $500 a month’ ´ In the search for less energy-hungry artificial intelligence, some scientists are exploring living computers.´ livescience.com/technology/art #biocomputing

  16. 🚀🎉 Alert: The brain chip #revolution is here! But oh wait, you can't access more details because the internet gods have slapped a 403 Forbidden error faster than you can say "biocomputing." 🔒🤖💥 Looks like the future is still on cache, folks! 🙄
    spectrum.ieee.org/biological-c #brainchip #biocomputing #403forbidden #technews #futureoftech #HackerNews #ngated

  17. 🚀🎉 Alert: The brain chip #revolution is here! But oh wait, you can't access more details because the internet gods have slapped a 403 Forbidden error faster than you can say "biocomputing." 🔒🤖💥 Looks like the future is still on cache, folks! 🙄
    spectrum.ieee.org/biological-c #brainchip #biocomputing #403forbidden #technews #futureoftech #HackerNews #ngated

  18. 🚀🎉 Alert: The brain chip #revolution is here! But oh wait, you can't access more details because the internet gods have slapped a 403 Forbidden error faster than you can say "biocomputing." 🔒🤖💥 Looks like the future is still on cache, folks! 🙄
    spectrum.ieee.org/biological-c #brainchip #biocomputing #403forbidden #technews #futureoftech #HackerNews #ngated

  19. No? Maybe #RNA would be better:

    GA GAUU GACUAUU

    Now we can write a recursive self-replicating virus and put it in an actual virus! :D

    Talk about self-reference...

    #biology #biocomputing #selfreference #recursion #virus #replication #computing #computerscience #programming #programminghumor

  20. Swiss startup opens access to world’s first living computer for universities worldwide

    Scientists are growing tiny clumps of living human brain cells and using them to power computers. The emerging…
    #NewsBeep #News #Computing #AU #Australia #Biocomputing #Biology #Bioprocessors #Brain #InventionsandMachines #Livingcomputer #Neurons #Supercomputers #Technology #Wetware
    newsbeep.com/au/227916/

  21. Các nhà khoa học đang sử dụng "mini-brains" (organoids não) để cung cấp năng lượng cho máy tính, với hy vọng tìm hiểu thêm về cách bộ não hoạt động và tạo ra ý thức. Một bí ẩn hiện tại là các tế bào não này phản ứng như thế nào khi cửa phòng thí nghiệm mở ra.

    #biocomputing #wetware #khoahoc #congnghe #biocomputing #phần_mềm_ướt #khoa_học #công_nghệ

    reddit.com/r/singularity/comme

  22. University of Nebraska-Lincoln: Nebraska-led team explores using bacteria to power artificial intelligence. “With a new grant from the National Science Foundation and in collaboration with Princeton University, Sasitharan Balasubramaniam, associate professor in the School of Computing, aims to discover how natural structures in bacterial gene networks could be leveraged for AI applications.”

    https://rbfirehose.com/2025/11/04/university-of-nebraska-lincoln-nebraska-led-team-explores-using-bacteria-to-power-artificial-intelligence/

  23. University of Nebraska-Lincoln: Nebraska-led team explores using bacteria to power artificial intelligence. “With a new grant from the National Science Foundation and in collaboration with Princeton University, Sasitharan Balasubramaniam, associate professor in the School of Computing, aims to discover how natural structures in bacterial gene networks could be leveraged for AI applications.”

    https://rbfirehose.com/2025/11/04/university-of-nebraska-lincoln-nebraska-led-team-explores-using-bacteria-to-power-artificial-intelligence/

  24. Scientists have created a new field of biocomputing called organoid intelligence, or OI. They use lab-grown brain organoids, which are clusters of neurons that mimic brain functions, as biological hardware. OI could revolutionize computing, medicine, and neuroscience by harnessing the power and efficiency of the human brain. #OI #biocomputing #brainorganoids

    freethink.com/hard-tech/organo