Birth of memory in the universe | Sara Walker and Lee Cronin and Lex Fridman | Summary and Q&A

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April 29, 2022
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Birth of memory in the universe | Sara Walker and Lee Cronin and Lex Fridman

TL;DR

Memory emerges through the heterogeneity of matter and the ability of particles to combine and form different molecules in a combinatorial explosion. Chemistry plays a significant role in the emergence of life.

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Key Insights

  • 💁 Memory emerges through the heterogeneity of matter and the ability to form different molecules.
  • ðŸĪŠ Assembly theory suggests that the universe has gone through cycles of selection, allowing for the emergence of life.
  • ðŸ‘ū The transition from physics to chemistry occurs when there is a sufficient density in the assembly space.
  • ⌛ The length of memory that can be predicted depends on the complexity of assembly objects and the available time.
  • ðŸ‘ŧ Cosmological selection may have played a role in the selection of universes that allow for the emergence of life.
  • ⚖ïļ Assembly theory applies to subatomic particles, indicating its relevance at various scales of reality.
  • ðŸ‘ŧ Chemistry plays a significant role in the emergence of life, as it allows for the formation of different molecules with causal effects.

Transcript

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Questions & Answers

Q: How does memory emerge in the universe?

Memory emerges through the heterogeneity of matter and the ability of particles to combine and form different molecules. Different molecules represent different histories and can have causal effects on the future.

Q: What is assembly theory?

Assembly theory suggests that there are four types of universes, one of which allows for the formation of all possible molecules. It involves the combinatorial explosion of molecules and the selection of specific assembly patterns.

Q: How does the transition from physics to chemistry occur?

The transition occurs when there is a sufficient density in the assembly space, which is the relationship of overlap and assembly. At this point, selection and assembly-dominated physics become relevant.

Q: Can we predict the emergence of chemistry and biology in the early universe?

As humans, we can only predict as far as the memory in the universe allows. The length of memory depends on the complexity of assembly objects and the amount of time available.

Summary & Key Takeaways

  • Memory emerges through the rearrangement of matter and the formation of different molecules, allowing for different histories and causal effects on the future.

  • Assembly theory suggests that the universe has four types of universes, with one type allowing for the formation of all possible molecules.

  • The transition from physics to chemistry becomes relevant when there is a sufficient density in the assembly space, leading to selection and the emergence of assembly-dominated physics.

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