The claim
The owner, on THEORY-216’s “lasting artworks are those whose coalitions keep working under continual overwriting”: “sounds like there’s likely a connection to dissipative structure here”.
Prigogine’s criterion, as the record reads his Nobel lecture (LIT-516, NOTE-424), is an open system held far from equilibrium, maintained by flows, whose order is born from an instability: dissipative structures are “giant fluctuations” amplified past an instability and stabilized by exchange with the outside (NOTE-424, C6). The r/place readings meet the maintenance half:
- Under 7% of 2017 updates survive to the end, and some lasting artworks were held by coalitions that kept placing under sustained overwriting (THEORY-216). Whether lasting artworks typically persist that way is open (QUESTION-169).
- Compositions are overthrown from stable periods when attack outruns restoration or past restoring was low (THEORY-214). That they persist as a balance of the two is presupposed by the measure, not shown, and some last through neglect.
- The pattern is a property of the flow, not of the pixels, which turn over. That is CLAIM-280’s persistent product and persistent producer, and it is how a convection roll relates to its fluid.
One feature first looked like a break and is not. The other is one:
- The decay is real, and it cools. Version 1 said: “A pixel nobody touches stays put. The canvas has no thermal decay.” The owner disagreed, and the owner is right on the time scale that matters. Over the days or weeks an event lasts, placements that serve no plan corrupt any pattern left alone. Modelled as a field on the canvas (TERM-054), that is a thermal decay, and maintenance is needed against it as well as against rival coalitions. Its temperature falls over the event as uninvested participants leave (CLAIM-274). Falmagne et al. find low past activity protective (THEORY-214). That reads as low local temperature, not as the absence of decay. The rivals remain a second source of corruption, one that is planned and aimed, and nearer to ecological competition than to noise.
- The order is imported, not born of an instability. An artwork copied from a design coordinated off the canvas (CASE-079; the Mona Lisa’s forum, THEORY-218) has a pattern specified elsewhere and held in place by flow: dissipative in its maintenance and not in its origin. Adams et al. (THEORY-224) corroborate the split without testing it. A CNN given only local canvas context recovers objects that spread by a local recolouring rule, such as the Blue Corner and the German flags, and misses designs such as the EU dove and the US flag. Only the first kind is near order arising from local instability, Turing’s or Prigogine’s sense of self-organization, and this claim is not about it.
What it does not say
- It does not define a thermodynamic quantity. “Dissipation” here is structural, and so is “temperature” (TERM-054). Entropy production is undefined for pixels, and neither minimum entropy production, which holds only in the linear regime near equilibrium (NOTE-424, C2), nor the maximum entropy production principle transfers. CLAIM-163’s caution applies: the analogy earns its place only by what it lets one measure. Here that is the flow needed to hold a pattern against a given rate of attack.
- It does not say an artwork is self-maintaining. Whether the pattern feeds back into the flow that keeps it is the next rung of the ladder (THEORY-072, THEORY-220), and it is open: QUESTION-085.
- Kugler, Kelso and Turvey made the same move for coordinative structures in action (LIT-913, unread; no copy could be obtained), and the coordination-dynamics line that followed is THEORY-069. Their reception is the precedent to read before this claim is pressed further.