Australian scientists taught 200,000 living neurons to navigate, aim, and shoot in the classic 1993 Doom game.
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#CorticalLabs#BiologicalComputer#Doom#Science
Ether vortex of varying frequencies forming matter via sound density and energy bands transferring electrons & photons in continuous momentum. Our mycelial like need to communicate & cultivate life is merely a biologicalcomputer trying to make sense of the universe around it.
Brain Cells Power the Future: Meet CL1!
Imagine a computer where living human brain cells pulse with intelligence, executing code in ways silicon alone never could. This isn't science fiction—it's CL1, the groundbreaking biological computer from Cortical Labs that's revolutionizing everything from drug testing to AI. With neurons grown from stem cells and fused to a chip, CL1 learns intuitively, slashing energy use and ditching animal tests for ethical breakthroughs. But as these cells adapt and evolve, whispers of emerging consciousness spark heated debates that could redefine life itself. Dive into this mind-bending fusion of biology and tech that's set to change the world forever.
#BiologicalComputer#CL1#BrainOnChip#OrganoidIntelligence#SyntheticBiology#NeuralComputing#Bioethics#DrugDiscovery#DiseaseModeling#FutureTech#Neuroscience#AIRevolution
🧠💻 CL1: The World’s First Biological Computer is Here!
Imagine a computer that doesn’t just process data—it thinks and learns like a brain. Meet CL1, created by Cortical Labs in Melbourne, Australia. Unveiled in 2025, this groundbreaking machine blends human brain cells with silicon chips, making it the first-ever biological computer.
How’s it made? Tiny clusters of lab-grown human neurons are placed on microelectrode arrays, allowing them to send and receive electrical signals at lightning-fast speeds. Think of it as your brain… but plugged into a motherboard.
Who designed it? The brilliant minds at Cortical Labs engineered CL1 to study how brains learn and adapt—paving the way for smarter AI, advanced robotics, and even breakthroughs in treating neurological diseases.
Utility? From real-time problem-solving to simulating human-like decision-making, CL1 could transform gaming, AI research, and even space exploration.
And guess what? You can actually buy one—subscription-based access is now available, giving labs, developers, and curious innovators a front-row seat to the future of computing.
💡 Fun fact: CL1 can adapt faster than traditional AI because… it’s literally alive!
Curious? Drop a ‘yes’ if you think bio-computers will be the future of AI!
#BioTech#CL1#BiologicalComputer#AI#FutureTech#NeuroTech#BrainMachineInterface#ArtificialIntelligence#TechInnovation#NextGenComputing#NeuronTech#CorticalLabs#FutureIsNow#TechNews#BrainComputer
🚨💉💥There is no doubt that lipid nanoparticle technology can implant any desired information and lock in time and methods of death….
#quantumcomputer#biologicalcomputer
🚨💉💥There is no doubt that lipid nanoparticle technology can implant any desired information and lock in time and methods of death…. #quantumcomputer#biologicalcomputer
🚨💉💥There is no doubt that lipid nanoparticle technology can implant any desired information and lock in time and methods of death….
#quantumcomputer#biologicalcomputer
🧠✨ Your Mind Is a Biological Computer!
Garry Lineham explains how the mind functions as a fluid, adaptive biological computing system—constantly shaped by our environment. 🌍💡
But the most powerful programming doesn’t come from outside—it comes from our own thoughts and words. 🗣️💭
What we say, what we hear, and what we believe has a direct impact on our health, behaviour, and reality. That’s why it's essential to choose your words and influences wisely.
#MindProgramming#BiologicalComputer#GarryLineham#ConsciousLiving#MentalWellness#Neuroplasticity#SelfAwareness#HumanGarage