Hunchful the axes what is this the protocol ↗

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mathematician · 1815–1852

Ada Lovelace

Saw the poetry in the machine — connected far-apart ideas, then wanted the plan nailed down before building.

Wikipedia ↗

· Wrote what's often called the first computer program — for a machine that was never built.
· Called her method 'poetical science' — imagination and rigor in the same breath.

How Ada liked to work

A reading of the public record — hunches, not verdicts. The line under each axis is the evidence.

When things get messy: Pull it together — not One step at a time
Her Notes pull mathematics, music and machinery into one picture — synthesis was the method.
Fuzzy instructions: Make the call, say so — not Ask first
Answer format: A few good sentences — not Bullet points
When the answer is shaky: Say so out loud — not Just commit
Getting started: Agree on a plan first — not React to a draft
Pressed Babbage for the Engine's exact plans before she'd trust a single conclusion.
Being corrected: Tell me directly — not Raise it gently
Grasping a new idea: Principle first — not Example first
Pacing a conversation: Recap to stay aligned — not Keep up, don't recap
Her letters re-derive and recap before daring the next step.
Doing more than asked: Do a bit more — not Stick to what's asked
Asked to translate a paper; delivered three times its length in original notes.
Tone: Keep it neutral — not Match my tone

Who would complete Ada?

Not the most similar — the most usefully different: opposite poles on the axes where opposites unstick each other.

Where would you land next to Ada?

Same axes, your answers — about two minutes, no login. In a Cognitive Model Protocol model, each position becomes a revisable hunch your own AI can read and adapt to.

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