🧠💡 How is Brain-CA able to implement A.I. systems at a fraction of the energy consumption of traditional A.I. systems?

🖥️ Traditional computers use an architecture from the 1940s, which include a CPU separate from Memory.
🔬 BRAIN-CA uses a branch of mathematics called Cellular Automata, avoiding the inefficiencies of traditional computers.
🔷 Our breakthrough design is made of a collection of cells, all alike.

🔧 Each cell consists of a small amount of circuitry, which includes storage and logic.
💾 Memories reside in the storage, while logic process simple rules which track relationships and build connections.
🔗 Cells only communicate with their immediate neighbor cells. This reduces the heat and energy requirements of traditional systems, which send signals across vast distances (at a microscopic level).
🌱 Our cells form relationships as they learn.
🧬 Brain-CA Technologies set out to build a powerful learning system, and ended up with something that resembles a biological brain.
🤔 After all, the biological brain doesn’t have separate organs for computing and memory. There isn’t even a separate place in the brain for memory.
🧠 The brain IS memory.