Why it is a question
THEORY-214 shows, on the 2022 canvas and again on 2023, that the abrupt overthrow of a crowd-built image is predicted by many image-level series together far better than by any generic slowing-down indicator, that low past restoring of attacked pixels is among them, and that about a quarter of overthrows give no warning at the 20-minute range. Whether that is a fact about collectively maintained patterns or about one game is open: both test sets are r/place. And the reading of the precursors as the defending community’s conduct (accepted change, coordination, recruitment) is the authors’ conjecture from SHAP curves, since no plan, template or forum was examined. Whether lasting images persist mainly by repair or by neglect is QUESTION-169’s question, not this one.
What would answer it
The condition THEORY-214 carried until 2026-10-29, unchanged. The account is promoted by a study of collectively maintained patterns in a second system, not r/place, with its own record of attacks and repairs, in which (a) a predictor using several pattern-specific time series again beats every generic indicator on held-out patterns, (b) the precursors it uses include the defenders’ own conduct (repair, recruitment, accepted change), and (c) a sizeable share of overthrows remain unpredictable. It is weakened if a single generic indicator, properly defined for images, matches the combined predictor, or if the r/place precursors turn out to be artefacts of the Atlas or of the stable-period filter. What cannot settle it: higher accuracy on r/place alone, which says nothing about collective organization; or SHAP readings of the same model, which are the conjecture being tested.