How does the human brain organize billions of neurons with astonishing precision? A new theory suggests that cell lineage acts as an internal positioning system, allowing cells to inherit spatial information from their ancestors instead of relying solely on chemical signals.
Using mathematical modeling and genomic data, researchers show how simple rules of self-organization can build the brain's intricate architecture. The findings could reshape our understanding of brain development, while opening new possibilities for artificial intelligence, regenerative medicine, and the origins of consciousness.
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