World's First Biological Computer Runs on Living Human Brain Cells

Introducing the CL1 Biological Computer

• 💡 The CL1, developed by Australian startup Cortical Labs, is the world's first commercial biological computer.
• 🧠 It fuses cell-derived neurons with silicon to create a new class of AI called synthetic biological intelligence.
• 🔬 Unlike artificial neural networks, the CL1 uses real biological neurons grown into networks on computer chips.

How the CL1 Works

• 🌱 Neurons are cultivated from stem cells, which are derived from a patient's own blood or skin cells.
• ⚡ The neurons grow on a silicon chip with electrical contacts, enabling them to interface with digital hardware.
• 🏥 An integrated artificial life support system, featuring pumps, reservoirs, filtration, and a gas mixer, maintains the health of the living cells.

Capabilities and Energy Efficiency

• 🚀 Han Wang Chong, CEO and founder, claims the CL1 can learn and adapt faster than standard silicon-based AI.
• 🔋 It achieves this while consuming significantly less energy compared to traditional AI systems.

Potential Applications

• 💊 In the short term, the CL1 could revolutionize drug testing and personalized medicine by using patient-derived neurons to test compounds.
• 📈 The longer-term vision is to pioneer a new form of computing that processes information with quicker speed, less data, and greater energy efficiency.

Availability

• 🏭 CL1 computers are designed for laboratories and research facilities capable of cultivating their own cells.
• 📦 They will be manufactured to order and are expected to ship later this year.