The Future is Alive: Meet the First Computer Powered by Human Brain Cells

Cortical Labs has unveiled the CL1, the world’s first biological computer powered by living, lab-grown human brain cells. This groundbreaking technology merges biological neurons with silicon chips, creating a self-programming, infinitely flexible system that could revolutionize computing. The CL1 operates using real neurons cultivated in a nutrient-rich solution, allowing them to grow across a silicon chip that sends and receives electrical impulses. These neurons interact with a Biological Intelligence Operating System biOS, which creates a simulated world where they process information and adapt. Unlike traditional AI models that require massive computational resources to mimic intelligence, the CL1 starts with biological neurons, leveraging four billion years of evolution to create a high-performance, closed-loop system. This approach could lead to more efficient and adaptive computing. One of the most fascinating aspects of the CL1 is its ability to play Pong, demonstrating how biological neurons can learn and respond to stimuli in real time. This technology could pave the way for advanced drug discovery, clinical testing, and robotic intelligence. Cortical Labs aims to democratize access to biological computing, making it available to researchers without specialized hardware or software. While the CL1 is priced at $35,000, the company is working to make it more affordable. For those unable to purchase the CL1, Cortical Labs offers cloud-based access, allowing users to interact with the system remotely from anywhere in the world. This opens up new possibilities for collaborative research and experimentation. The ethical implications of biological computing are still being explored. Some scientists have raised concerns about synthetic biological intelligence, questioning whether these systems could develop forms of consciousness or experience suffering. Despite these concerns, the CL1 represents a monumental leap forward in computing technology. As biological computers become more advanced, they could reshape industries, redefine intelligence, and unlock new frontiers in science and technology.

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