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Model Thinking

Dive into the world of cellular automata behavior using Netlogo with insights from Scott E. Page's model thinking. Explore the four classes of behavior and understand how simple rules can lead to complex patterns influenced by the concept of "It From Bit" and Langton's λ. Discover the interplay between complexity and randomness through the study of 1D cellular automata. Source your exploration from Wolfram and uncomp.uwe.ac.uk for a comprehensive understanding.

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Model Thinking

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  1. Model Thinking Scott E Page

  2. 1D Cellular Automata

  3. 1D Cellular Automata

  4. X

  5. X X

  6. X X

  7. Four Classes of Behavior

  8. X X

  9. X X

  10. X X

  11. 2 4 8 16 Sum = 30

  12. Netlogo

  13. 2 4 8 32 64 Sum = 110

  14. Source: wolfram.com

  15. Source: /uncomp.uwe.ac.uk

  16. Four Classes of Behavior

  17. “It From Bit”

  18. Langton’s λ

  19. Langton’s λ X X

  20. X X

  21. X X

  22. Simple rules combine to form anything • “it from bit” • Complexity and randomness require interdependency

  23. Model Thinking Scott E Page

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