Olver’s Translation Framework
A cross-domain framework for translating functional and mechanical relationships between systems without pretending those systems are identical.
Translation is not a claim that everything is the same.
The Framework temporarily removes familiar object names and discipline-specific labels so the underlying sequence can be examined. It then asks which roles, constraints, transfers, and boundary relationships remain comparable when the names are restored.
The meaningful differences stay intact. A cell membrane is not a border checkpoint, and a computer firewall is not a valve. They can still be compared as systems that regulate transfer across a boundary.
Observe the sequence
Identify what changed, what moved, what remained, and what the previous cycle left behind.
Find boundary and impedance
Locate what permits, slows, redirects, stores, releases, or prevents transfer.
Test the translation
Keep only the relationships that survive comparison without forcing equivalence.
The public architecture
A framework shaped through revision
Earlier named models, including Sequence Density Theory, Universal Resonance Theory, and Constrained Access Theory, represent stages in the development of the present architecture. They remain part of the research history, but they are no longer presented as competing public entry points.