#Biocomputing

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

🦠 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

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

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

🧠 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

Techbedrijven verhuren nu cloudservers die draaien op miljoenen in het lab gekweekte menselijke neuronen. 🧠💻 Keiharde ethische grenzen zijn nú nodig voordat deze technologie definitief ontspoort. 🛑🤖 #Biocomputing #AI #NeuroEthics

The Computing Future Are we at a technological dead end? #QuantumComputing #BioComputing via @DigitalisHomo

"Biological computer" datacenter nightmare: According to Gemini, these neurons are made from human stemcells. A disgusting abomination IMHO and a perversion of nature indeed. #biocomputing #stemcell #biodatacenters #datacenter #crimesagainsthumanity

Scientists Build Biocomputer That Runs on Bacteria to Solve Hard Problems

From Cell Cultures to Intelligent Systems: "Organoid Intelligence" is the New Energy-efficient #Biocomputing Alternative to #ArtificialIntelligence via @CbirtDirector #Bioinformatics #AI #MachineLearning #Computing #stemcells #intelligence #sciencenews

Engineers @UMassAmherst created the first #ArtificialNeurons capable of communicating directly with living cells. 🧠 Built from low-power protein nanowires, opens the door to #BioComputing #Neuroscience #AI #Bioengineering #Nanotechnology

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. 🎙️:

Forget silicon. Cortical Labs is now using living human brain cells—the same kind that learned to play DOOM—to generate text in an LLM. This is not science fiction. #AI #biocomputing

🚀 New Publication in Advanced Science! We developed a DNA-based molecular neural network to solve partial differential equations — a new step in biocomputing. #DNAComputing #Biocomputing #MolecularNeuralNetwork #PDEs #AI

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

Biocomputing at the crossroad between emulating artificial intelligence and cellular supremacy #Biocomputing, #AI, #BioAI

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

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