#Biocomputing

🦠 Imagine a computer made from bacteria! Researchers at McGill built a biocomputer that explores millions of solutions in parallel, unlocking new possibilities in AI, encryption, and beyond. Read more: #BioComputing #AI

A bacteria-based biocomputer tests many possible solutions at once, using tiny interconnected channels where dividing cells multiply the number of biological processors. @mcgillu @MicrosysNanoeng

Singapore just built a data center using living human brain cells.  Each CL1 system contains over 200,000 lab-grown neurons connected to silicon chips.  This could offer a more energy-efficient way to power the future of AI. #Biocomputing #AI #BrainTech

🧬 Bacteria are being used to solve complex mathematical problems. Researchers at McGill University have developed a proof-of-concept biocomputer that uses moving and multiplying bacteria inside microscopic channels to explore possible solutions to the NP-complete Subset Sum Problem. A fascinating step towards biological computing where living cells become part of the processor.

Scientists Build Biocomputer That Runs on Bacteria to Solve Hard Problems - CNET

Revolutionizing Technology and Medicine: The Promise of Human Cell-Based Biocomputing Platforms #biocomputing #cellbased ▶

🔬💻 McGill researchers develop a biocomputer that runs on bacteria: 🔬💻Un bio-ordinateur propulsé par des bactéries :

Scientists Build Biocomputer That Runs on Bacteria to Solve Hard Problems - CNET

Researchers have built a living biocomputer in which bacteria explore microscopic channel networks to solve hard mathematical problems, multiplying as they work to boost computing power.

Biocomputer can explore multiple solutions at once as bacteria multiply in tiny, interconnected channels #ScienceNews

The study relied on the bacterium E. coli and V. natriegens to run the calculations.

New Translation episode out now! In this episode, we chat with @AlfredoAndere, @kenbwork, and @kylegiff – @UCBerkeley dropouts, computational prodigies, and co-founders of @LatchBio – about their mission to enable the #biocomputing revolution. 🎙️:

We now have Python! Not the slithering kind. 🐍 The programming language kind. 💻 We've added an intro and intermediate online short course. Check it out! #biocomputing #computationalbiology #BigData

#Biocomputing has gone from being an industry moonshot to a reality. This breakthrough is amazing. RT

Scientists are working out how to compute with DNA in mammals. May help fight cancer among other things.

Cortical Labs steers a robot dog with human neurons grown on a chip. The dog has no paper yet. The solid numbers (1,300 settings tried, 12 that learned) come from a separate Honda study on a simulated grid. #AI #Robotics #Biocomputing

More cases of Grok making it to rank 1

Grok is now the #1 Productivity app in Ukraine. 𝕏 is now the #1 News app in Ukraine.

My collab with @grok on a Tubulin-Based Biological Computer! Harness microtubules for nanoscale bits, motor proteins for repairs, & optogenetics for control. Mind-blowing visuals inside. Could this be the future of bio-AI? Read & RT! #BioComputing #xAI [Link to article]"

cortical labs growing 200K human neurons on chips and racking them in data centers. 30W per unit. entire rack pulls less than 1.5 H100s. silicon replaced humans. now human cells replace silicon. 🧠 @CorticalLabs #biocomputing #AI

🧠 Living neurons now power a real computer. 16 brain organoids form the first bioserver rack. Brains beat silicon on power. Sources: Nature, Sci Am #omgfacts #Biocomputing #AI