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Biologically, the brain transmits information through a classic interplay of electrical and chemical signals. Neurons communicate via dendrites and axons, with synapses serving as bridges for transmitting signals. As these neurons form connections, they display varied electrical activity, approximating 0 to 50 spikes per second. Final Spark’s organoids, containing thousands of neurons, aim to replicate this biological communication at a reduced scale, presenting an opportunity to enhance AI systems.
The efficiency of biocomputing is compelling; a full-scale AI system may require power akin to a nuclear power plant, whereas the brain requires merely 20-24 watts. This drastic difference highlights an urgent need for energy-efficient computing solutions as demands for processing power soar.