The Macachor Tiered Translation, Scope Challenge & Cross-Domain Research Architecture

Contents 1. Governing principle2. Tiered architecture3. Treatment-level gate4. O₁ and O₂5. Scope challenge6. Firewall taxonomy7. Cross-domain peer review8. Vestibular–ENS example9. Research program10. Latency and measurement11. Invariant registry12. Data and disclosure13. Implementation14. Evidence and falsification15. Governing statementReferences Purpose and central problem 1. Governing principle: one territory, multiple maps, shared examination Clinical and academic research needs a way to preserve the accuracy of specialist work without allowing a specialist's assigned scope to become the presumed boundary of the larger territory. A study must define its population, condition, variables, instruments, setting, time window, and endpoints. These boundaries are necessary for experimental control and interpretable findings. They are not proof that the wider phenomenon is confined to those boundaries. A study's scope is a boundary around the investigation, not a declaration that the territory ends there. The method therefore requires two simultaneous obligations: preserve rigor inside the declared scope, and examine whether relevant observations or relationships have been excluded by that scope. The architecture connects six functions: ObservePreserve the source TranslateKeep coordinates ClassifyName the target level Challenge scopeIdentify exclusions TestReturn findings The aim is not to force every medical condition into one explanation. It is to detect when different disciplines may be observing related parts of a shared process, to formalize that possible relationship, and to test it without erasing domain-specific distinctions.