We were asking
What spatial process produces the non-monotonic memory seen across prime-to-test gaps?
A zero-net, information-directed prime launched a delayed response that changed sign, moved between surface and dense core, and reappeared more than one hundred steps later without another intervention.
What spatial process produces the non-monotonic memory seen across prime-to-test gaps?
The response behaves like a traveling reorganization through causal depth, with component spacing following the later curve even when pixel differences remain subtle.
Can the next intervention be triggered by the body's current causal layer rather than by elapsed time?