This paper presents a framework describing how solutions become visible to finite observers interacting with structured systems. Instead of treating answers as purely computational outputs, the paper models visibility as arising from observer–structure interaction through propagation, resolution, environment, representation, and transformation. The work argues that observability depends on alignment between observer and structure; that apparent absence of information may result from observational constraints; that large-scale and small-scale limitations can be treated uniformly; and that nonlinear transitions may explain the sudden emergence of observable solutions. This release includes the public PDF paper and a source/archive package. It represents the public-safe layer of a broader CJCI research framework, with deeper operational and mathematical components intentionally withheld.
Ivan Silva (Tue,) studied this question.