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Theories of Everything with Curt Jaimungal
Michael Levin Λ Joscha Bach on The Global Mind, Collective Intelligence, Agency, and Morphogenesis
Nov 9, 2022
In this discussion, Michael Levin, a pioneering biologist known for his groundbreaking work on limb regeneration, and Joscha Bach, an inventive AI researcher who explores emotion modeling, delve into thrilling intersections of biology and technology. They explore how cellular communication underpins intelligence and cognition, challenge traditional disciplinary labels, and dissect the complexities of memory transfer and bioelectricity. The duo also reflects on the evolution of collective intelligence and the implications for emerging governance in our increasingly interconnected world.
01:59:54
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Quick takeaways
- The concept of RNA-based memory transfer challenges traditional understanding of memory storage and opens up possibilities for expanding our knowledge of memory and information processing in the brain.
- Memory transfer beyond adaptive contexts is a significant challenge, as decoding for arbitrary memories without pre-existing shared evolutionary coding remains a puzzle that requires further investigation and experimentation.
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RNA-based memory transfer and the challenge of decoding
The podcast episode discusses the intriguing concept of RNA-based memory transfer, which involves extracting RNA from trained animals and injecting it into recipient animals to transfer learned information. The possibility of such memory transfer challenges the traditional understanding of memory storage in the brain and has been explored in experiments with planaria and rats. However, the complexity of the transferred memory and the decoding process remain unanswered questions. While the shared evolutionary decoding is plausible for adaptive memories like fear of the dark, decoding for arbitrary memories poses a significant puzzle. The implications and investigations in this field hold promise for expanding our understanding of memory and information processing in the brain.
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