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Why black-box AI fails chemical design reviews

Design reviews demand mechanism and uncertainty. Black-box models can fit history and still lose the room when someone asks 'why'.

  • trust
  • black-box
  • design-review
Why black-box AI fails chemical design reviews

In a chemical design review, “the model said so” is not a justification. Someone will ask for the mechanism, the domain of validity, and what happens outside the training set.

Where black boxes break

  • Extrapolation — sparse corners of composition or temperature invent non-physical behaviour.
  • Silent failure — no confidence band, no out-of-domain flag.
  • No lever for chemists — you cannot challenge a weight matrix the way you challenge a mixing rule.

That is why physics-informed hybrids exist: keep a science baseline, learn residuals, show uncertainty.

What survives the room

Predictions that separate baseline, correction, and confidence give reviewers a place to push. If the residual dominates in a region with no data, the honest answer is “we do not know yet” — which is better than a precise wrong number.

AI that cannot be challenged will not be allowed next to capital, regulation, or plant safety cases. Transparency is not branding; it is the adoption requirement.

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