The brain's method of processing and storing information involves electrical and chemical configurators organized in clusters of neurons. Information is specified electrochemically, with each memory represented by distinct configurations. Transport mechanisms work in summaries that allow electrical and chemical configurators to interact and facilitate memory functions. The interaction between these configurators completes the configuration, highlighting the complexity in how human memory operates compared to computer systems. Such understanding is crucial for advancing artificial intelligence toward superintelligence by mimicking human brain functions.
In the brain, storage and transport of information is done by electrical and chemical configurators, in sets, in clusters of neurons, processing information in loops.
Information is specified electrochemically, where any memory represents a specific configuration in a unique set, enabling memories to be accessed effectively.
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