Thoughtforms Life Endogenous Bioelectrical Networks: An Interface to Somatic Intelligence
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Jun 24, 2025 
Michael Levin, a leading biologist at Tufts University, sheds light on the fascinating world of endogenous bioelectrical networks. He reveals how these networks can tap into cellular intelligence for breakthroughs in regenerative medicine, potentially transforming treatments for cancer and aging. The discussion showcases the impressive adaptability of organisms like axolotls, which can regenerate lost limbs. Levin also dives into self-assembling human cells with unique healing capabilities, painting a hopeful future for biomedical research.
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Bodies as Multi-Scale Intelligent Systems
- Bodies act as multi-scale intelligent systems with cells solving problems across various biological spaces.
- This intelligence is key to understanding development, repair, and regeneration processes.
Human Cells Form Novel Creatures
- Tracheal epithelial cells from humans self-assemble into motile creatures with different behaviors when isolated.
- This shows cells have the ability to adopt new complex behaviors beyond their native roles.
Be Convincing to Cells
- Communicate with cellular systems by being convincing to successfully change their developmental goals.
- Use bioelectric signals to write messages that recruit cells for complex organ formation like extra eyes.