This paper presents an interpretive framework that redescribes discussions in quantum measurement, decoherence, holography, ER=EPR, traversable wormholes, cosmological natural selection, and the simulation hypothesis through the vocabulary of information architecture. The central proposal is to describe physical reality as a causally consistent history of information updates rather than primarily as a collection of objects independently existing within spacetime. Spacetime, matter, and observers are treated as effective representations through which this history becomes experientially accessible under locality, light-speed constraints, conservation laws, and decoherence. The framework uses the metaphor of the “Akashic Ledger” for this history and “Custodian” for the constraint structure that prevents inconsistent updates. Observation is redescribed as commitment: an effectively irreversible environmental interaction through which information becomes redundantly recorded and practically unavailable for reversal. The paper classifies its claims into four levels—metaphor, consistent redescription, speculative hypothesis, and narrative extension—in order to distinguish physically grounded interpretations from speculative or fictional components. The paper’s main contribution is the Governance Convergence Argument, which interprets constraints such as No-FTL, Base Integrity, containment, auditability, and resource boundedness as attractor-like conditions for any long-lived, consistently continuable information history. The framework offers no independent empirical predictions at this stage and is therefore not a physical theory. It is best understood as a conceptual and philosophical model that provides a consistency-engineering vocabulary for questions about quantum measurement, emergent spacetime, holography, black hole information, and speculative cosmology.
Tomoyuki Uchida (Mon,) studied this question.