The hypothesis that the most fundamental form of biological "knowing" and decision-making occurs at the metabolic level. Before a neuron ever fires, a cell is making "choices"—allocating resources, switching pathways, responding to signals—based on its metabolic state. This frames cognition not as a brain-first phenomenon, but as an evolved extension of the intelligent, adaptive problem-solving inherent in metabolism itself.
Example: "The slime mold solving a maze isn't thinking; it's exhibiting metabolical cognition. Its network of protoplasm shifts resources based on chemical gradients, effectively 'computing' the shortest path. It's a hungry, thinking goo that demonstrates intelligence is older than brains."
by Dumu The Void January 30, 2026
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