Shouldn't Work So Well WTF

2 points | by kristintynski 2 hours ago

2 comments

  • kristintynski 2 hours ago

    Most systems that try to reference themselves across time, scale, destroy themselves.

    The failure modes are boringly consistent:

    runaway growth

    collapse

    phase drift / incoherence

    What’s unusual is not that systems fail. It’s that any survive at all.

    The document is an attempt to characterize the survivors.

    When you formalize “recursive self-reference without accumulating error,” you get a hard constraint on scale ratios. In the simplest nontrivial case:

    λ² = λ + 1

    with φ as the only positive fixed point.

    I’m not claiming this is a new law, and I’m not appealing to aesthetics, biology, or teleology. This is a structural claim:

    recursive systems are extremely fragile, and only a narrow class avoids blowing up, collapsing, or decohering.

    The note shows the same constraint and the same failure modes appearing in places that normally don’t talk to each other: fixed points, fluid modes, learning systems, biological loops, and self-models.

    If this is wrong, it should be easy to falsify.

    A single counterexample — a recursively self-referential system that’s provably stable outside this constraint — would break the entire framing.

    I haven’t found one yet.

  • codingdave 2 hours ago

    Actual Title: "One Equation, ~200 Mysteries: A Structural Constraint That May Explain (Almost) Everything"