Core research is organized as a set of linked but distinct investigations. Each branch has its own ancestry, limits, unresolved questions, and test history. Results are carried forward only within the scope actually earned.
The branches below are related by method, but they are not treated as interchangeable. A result earned in one branch is not automatically imported into another.
The main bottom-up investigation. Current work examines how persistence, specialization, dependence, constraint, and stable higher-level identity might arise before mature particle descriptions are allowed.
Explores whether large-scale organization, expansion, density relations, persistence windows, and cosmological behavior can emerge from previously earned relational structure without assuming a completed cosmology at the start.
Investigates commanded propagation and relational path compression. Native Stage-1 flight has been earned at toy-model level, while effective FTL remains a path-compression result rather than local faster-than-light motion.
Tests whether organized flow, wake, shear, spin, and entrainment can reproduce selected orbit-like behaviors through an alternative ancestry. It is a methodological exploration, not an established replacement for gravity.
A separate propulsion-oriented ancestry investigating stable form, interface behavior, threshold control, gateways, expansion, and failure protection without merging its results into the main Core pathway by default.
These examples illustrate how the research ledger distinguishes durable gains from failed or incomplete mechanisms.
The stated mechanism survived the stated test.
The result survived, but only within a restricted regime.
The pathway remains open, but unresolved bridges or controls remain.
The proposed mechanism did not survive and cannot be treated as earned ancestry.
Core does not treat unfinished bridges as inconvenient details. They define the actual research frontier.
Can organization preserve a recognizable whole through change rather than merely persisting as a temporary pattern?
Can specialized components become genuinely necessary to one another rather than merely beneficial?
Can organization develop active internal maintenance strong enough to support long-lived identity?
Can stable, distinguishable, interaction-capable entities emerge without mature particle properties being inserted in advance?
Where, if anywhere, do earned model behaviors begin to correspond quantitatively with known physical systems?
Can each higher-level capability be connected continuously to earlier earned structure without a hidden jump in mechanism?
Core distinguishes between demonstrating that a mechanism can arise in a controlled model and demonstrating that nature actually uses that mechanism.
A PASS means the proposed mechanism survived the particular model test that was designed to challenge it. It does not mean the mechanism has been experimentally confirmed in nature, nor does it convert a toy-model result into an established physical law.