The active Core investigation is testing whether increasingly persistent and organized structures can acquire stronger identity, directional dependence, specialization, and self-maintaining relationships without importing mature particle behavior at the start.
Can an organized structure become something more than a temporary arrangement? The present tests examine whether ancestry already earned within Core can support stable relational identity, dependence between components, repair behavior, and other properties that may eventually contribute to genuinely particle-like organization.
Earlier stages established increasingly structured forms of persistence and organization. Current work is attacking the harder question of whether those structures can develop meaningful internal dependence and identity.
The ancestry remains open and is advancing through controlled tests rather than being treated as a completed theory.
Testing whether structures can develop specialization, cross-support, directional dependence, and increasingly stable relational identity.
Determine whether earned organization can cross into a stable identity that survives interaction and perturbation without assuming a particle in advance.
Core does not advance every attractive idea. Tests that fail remain part of the ancestry because they constrain what later stages are allowed to claim.
Model tests produced bounded evidence that organized relational structure can begin functioning as an effective constraint on later behavior rather than remaining a passive arrangement.
Structures governed by the same underlying rules developed different functional roles, showing that specialization did not need to be assigned in advance.
Bidirectional support between differentiated components arose in testing, providing an important bridge toward more integrated organization.
The stronger claim that components had become mutually necessary for reciprocal repair did not survive testing. Repair acceleration appeared, but full obligate dependence was not earned.
These are model-level research results. A PASS means a proposed capability survived the stated test within its tested boundaries; it does not by itself establish that the same mechanism operates in nature.
Explore the major research branches, their current status, and the distinction between earned results, conditional pathways, and failed tests.