

Stephen Wolfram Readings: Why Does Biological Evolution Work
May 22, 2024
Physicist Stephen Wolfram discusses the concept of biological evolution through a minimal computational model, exploring adaptive evolution, fitness neutral mutations, rule evolution, and longevity in cellular automata rules. He delves into the analogies between natural selection and engineering design, parallels between cellular automaton rules and biological organism processes, and the shared computational irreducibility in physics and biology. Wolfram traces the historical evolution of biological concepts and computational models, while reflecting on his scientific journey through complexity and evolutionary adaptation.
Chapters
Transcript
Episode notes
1 2 3 4 5 6 7 8 9 10 11 12 13
Introduction
00:00 • 3min
Exploring Adaptive Evolution through Mutation Scenarios
02:37 • 12min
Exploring Fitness Neutral Mutations in Cellular Automata Models
14:35 • 24min
Exploring Rule Evolution and Mutations in Symmetric Systems
38:47 • 3min
Longevity and Patterns in Cellular Automata
41:38 • 14min
Exploring Adaptive Evolution Strategies
56:06 • 21min
Exploring the Analogies Between Natural Selection and Engineering Design
01:17:12 • 14min
Analogies between Cellular Automaton Rules and Biological Organism Processes
01:31:13 • 56sec
Adaptive Evolution and Computational Models
01:32:09 • 5min
Exploring the Computational Foundations of Physics and Biology
01:37:18 • 4min
Evolution of Biological Concepts and Computational Models
01:40:54 • 10min
Exploring Complexity with Cellular Automata
01:51:08 • 18min
Exploring Biological Evolution and Computational Irreducibility
02:09:12 • 11min