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Legible Networks: recasting neural nets so you can read them exactly

A new interpretability method called Legible Networks recasts trained neural networks into a geometry that allows exact reading with arithmetic. The author claims this is the exact counterpart of Anthropic's averaged J-lens and includes the first measurement of how lossy averaged lenses actually are. This represents a concrete advance in AI interpretability by moving from averaged approximations to exact representations.

AI Brief

Offers a novel exact interpretability technique and the first empirical measurement of loss in averaged lenses, directly useful for AI safety and mechanistic interpretability researchers.

I've made some interesting strides in AI interpretability: recasting trained neural nets into a geometry where you can read them exactly, with arithmetic — the exact counterpart of Anthropic's averaged "J-lens," including (I believe) the first measurement of how lossy averaged lenses actually are.
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