Project closure
UGSD Audit Status
Every major claim is explicitly classified by its current scientific status.
CORE DERIVED EFFECTIVE CLOSED CANDIDATE CALIBRATION OPEN
| Topic | Status | Current meaning |
|---|---|---|
| ZDB | CORE | Reference ground state. |
| Event E=(+,-) | CORE | One complete compensated event. |
| Unit event increment | CORE | Relational counts change in integer event units. |
| Global compensation | CORE | Global relational accounting remains compensated. |
| Compatibility principle | CORE | Successive configurations are compatibility constrained. |
| Full Compat calculus | OPEN | Complete microscopic admissibility rules are not yet fully formalized. |
| Minimal successor relation U₀ | CANDIDATE | Set of compatible compensation-preserving continuations. |
| Open / recurrent split | DERIVED | Structural classes of the transition architecture. |
| Physical propagation | DERIVED | Effective interpretation of the open class after local/coarse mapping. |
| 3-event irreducible recurrence | DERIVED | First directed recurrence in pure relational combinatorics. |
| 4-event matter closure | CANDIDATE | Richer complete-neighborhood closure candidate. |
| Gapless / gapped coexistence | DERIVED | Explicitly realized in a specified effective degree-4 network model. |
| Mass mechanism | EFFECTIVE CLOSED | Bound energy ↔ inertial response at effective level. |
| Particle spectrum | OPEN | Observed masses and particle taxonomy are not yet derived. |
| Gravity mechanism | CANDIDATE | Static compensation associated with bound energy. |
| G | CALIBRATION | Measured gravity-branch normalization. |
| Born-like response | CANDIDATE | Quadratic measure candidate from response-space structure. |
| Born uniqueness | OPEN | Formal uniqueness theorem not yet closed. |
| General nonlinear stability | OPEN | No universal theorem yet from minimal CORE. |