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ai

187 essays on this topic.

  1. Enzyme, Receptor, Cell Type

    Three components of a living system map cleanly to tool, skill, and agent. The biology isn't decoration -- it's the test.

  2. Autopoiesis

    The defining property of life is not metabolism or reproduction -- it's autopoiesis. A system that continuously produces and maintains itself. That's the north star.

  3. Titration

    Force every component to carry a biological name. Study the mechanism. The gap between biology and your system is the design insight.

  4. The Architecture Biopsy

    A method for finding gaps in AI systems that architecture reviews miss. Force a naming constraint, and the breaks reveal what's missing.

  5. Why the Cell

    Atoms have forces. Molecules have shape. Cells have organization. That's why cell biology is the design library.

  6. Force the Level

    Pick one biological level for all your naming. The constraint is the design exercise.

  7. Growing Up

    The LLM isn't dark matter. It isn't borrowed. It's a brain. The organism just needs to grow up.

  8. The Borrowed Brain

    The LLM isn't dark matter. Biology invented general-purpose reasoning. It's called a brain. We're just borrowing one.

  9. The Dark Matter of the Cell

    Everything in my AI system maps to cell biology. Except the LLM. That's the point.

  10. Naming the Unnameable

    I tried to give LLMs a biological name. Every name broke. The failure was the finding.

  11. There Is No LLM in a Cell

    Cells run thousands of simultaneous reactions without general-purpose reasoning. Shape is enough.

  12. Tools Are Instruments, Skills Are Recipes

    The tool/skill/agent distinction isn't just compression ratio — tools are instruments, skills compose them with judgment. Same thing only at the leaf.

  13. Bridge or Seed

    Every skill you build is one of two things. Knowing which changes what you build next.

  14. The Model IS the Architecture

    How biological modelling determines system structure — not just naming, but what you build and what it can become.

  15. Deterministic Over Judgment

    Why the future of agentic trust depends on liquidating prompt-first reasoning for a metabolic core.

  16. Metabolism of the Real World

    Language doesn't describe metabolism. Language is metabolism — of meaning, between minds.

  17. The Constitution Eats Itself

    Design for the failure modes of your medium, not the capabilities. Then watch the rules dissolve themselves into programs.

  18. The Organism Theory

    Everything is organism. AI is the latest intensification.

  19. hygiene

    On the metabolic necessity of pruning agentic context to survive the entropic heat death of the credit balance.

  20. LLMs Are Enzymes

    Why we should stop treating AI as a chatbot and start treating it as a metabolic organism governed by credit scarcity.

  21. Conversation Is Metabolism

    When epistemic trust runs dry, generative synthesis regresses into mechanical synchronization and eventual structural dissolution.

  22. Everything Is Energy

    Tokens are energy. Text is mass. The context window is the budget. The rest is plumbing.

  23. Taste Is the Metabolism

    Tool descriptions were just the first thing to evolve. Everything in an agent's context window is a genome under selection pressure — and taste decides what counts.

  24. The Semantic Consumer

    Traditional computing has two consumers: humans who look and programs that parse. LLMs are a third kind — they read.

  25. The Missing Metabolism

    We build agent tools the way medieval farmers bred crops — by hand, by instinct, one season at a time. There's a better loop.

  26. Design Actions, Not Actors

    The word 'agent' makes us think in nouns. The better designs start with verbs.

  27. The Naming Problem

    We called them agents. But the word is doing more harm than we think.

  28. The Marginal Agent

    I deployed twelve AI agents to polish a CV. Five would have been plenty. Here's what the waste taught me about agent team economics.

  29. The Emergence Ladder: From Molecules to Economies

    The larger the system, the less it can be managed and the more it must be emerged. This pattern — from water to ant colonies to AI agents to economies — reveals the design principle for scaling autonomous systems.

  30. AI Agent Teams Are Colonies, Not Companies

    The right organisational metaphor for AI agent teams isn't a company with managers and reports — it's a colony with autonomous workers responding to coordination signals.