XX25009 Historical Progress towards Informational Thinking V01 141225

 

Below is a clean historical lineage of informational thinking, showing how we moved from matter → energy → information → complexity, and how each stage reframed what “reality” is. This is not just a timeline, but an evolution of worldviews. 1. Classical Mechanics Reality as Matter in Motion (1600s–1800s) Key figures • Galileo • Newton • Laplace Core worldview • Universe = clockwork machine • Objects obey deterministic laws • Knowing initial conditions = knowing the future What mattered • Mass • Force • Trajectory • Causality Limit • No account of life, mind, emergence, or novelty • Assumes perfect predictability If we knew all positions and velocities, the future would be fixed. 2. Thermodynamics Reality as Energy and Entropy (1800s) Key figures • Carnot • Clausius • Boltzmann Core worldview • Energy flows drive all processes • Entropy always increases • Time gains an arrow What mattered • Heat • Work • Disorder Shift • Systems tend toward equilibrium • Perfection decays Limit • Life appears to defy entropy locally • No explanation for organization or meaning 3. Evolutionary Biology Reality as Adaptive History (mid-1800s) Key figures • Charles Darwin • Alfred Russel Wallace Core worldview • Complexity arises through variation + selection • Design without a designer What mattered • Inheritance • Selection pressure • Adaptation Breakthrough • Order can increase locally without violating thermodynamics Hidden insight (later revealed) • Evolution is fundamentally information selection 4. Electromagnetism & Communication Reality as Signals (late 1800s–early 1900s) Key figures • Maxwell • Hertz • Bell Core worldview • Information can travel independently of matter • Signals carry structure, not substance What mattered • Waves • Encoding • Transmission Consequence • Communication becomes abstractable • Medium ≠ message 5. Cybernetics Reality as Feedback and Control (1940s–1950s) Key figures • Norbert Wiener • W. Ross Ashby • Gregory Bateson Core worldview • Systems regulate themselves via feedback • Circular causality replaces linear cause-effect What mattered • Information • Feedback loops • Homeostasis Key insight The unit of survival is the system, not the individual. Revolution • Brains, machines, societies obey same principles 6. Information Theory Reality as Measurable Information (1948) Key figure • Claude Shannon Core worldview • Information is quantifiable • Meaning can be separated from signal structure What mattered • Bits • Entropy • Noise • Channel capacity Impact • Digital computing • Genetics • Telecommunications Limitation • Shannon explicitly avoided meaning 7. Molecular Biology Life as Executable Code (1950s–1970s) Key figures • Watson & Crick • Francis Crick • Monod Core worldview • DNA is information • Organisms execute genetic programs What mattered • Code • Transcription • Error correction Revolution • Life becomes readable, writable, and editable Biology joins computer science. 8. Computation & Artificial Intelligence Reality as Information Processing (1950s–1980s) Key figures • Turing • Minsky • von Neumann Core worldview • Mind = computation • Intelligence = symbol manipulation What mattered • Algorithms • Representation • Logic Crisis • Centralized, symbolic AI fails at real-world intelligence 9. Complexity & Emergence Reality as Self-Organizing Information (1970s–1990s) Key figures • Ilya Prigogine • Stuart Kauffman • John Holland • Santa Fe Institute Core worldview • Order emerges from interaction • Systems operate at edge of chaos What mattered • Nonlinearity • Phase transitions • Emergence Shift • Control gives way to guidance • Prediction becomes probabilistic 10. Networked & Evolutionary Information Reality as Coevolving Systems (1990s–2000s) Key figures • Kevin Kelly • Manuel Castells • Richard Dawkins (memes) Core worldview • Technology evolves biologically • Networks dominate hierarchies What mattered • Connectivity • Feedback-rich environments • Coevolution The made becomes like the born. 11. Informational Ontology Reality as Information Itself (2000s–present) Key figures • John Wheeler (“It from Bit”) • Luciano Floridi • Seth Lloyd Core worldview • Matter, energy, space, and time emerge from information • Reality is fundamentally computational/informational What mattered • Constraints • Relations • Patterns 12. Current Synthesis Reality as Living Information Unified view • Evolution = information learning • Intelligence = predictive information compression • Life = entropy locally reversed via information • Society = information networks • Technology = accelerated evolution This is the worldview underlying: • AI • Synthetic biology • Climate systems • Digital economies • Out of Control One-Line Summary of the Lineage We began believing the universe was made of things, then forces, then energy, and finally realized it is made of relationships encoded as information. If you want next: • A diagrammatic version • A comparison with mechanistic worldview • How this lineage predicts AI futures • Where this breaks down (limits & critiques) Just say the word. Sent from my iPad