This paper proposes that dark matter and dark energy are not independent substances, but two thermodynamic correction channels generated by the same structural constraint: the Persistent Uncertainty Law (Ug > 0) applied to finite observer domains through the Jacobson thermodynamic derivation of gravity. The framework derives: • Shell-localized effective gravitational enhancement Gₑff (C) > G near coherence thresholds, producing dark-matter-like halo structure without additional matter content. • A bounded dynamic dark-energy correction around baseline vacuum energy: rhoDE (z) = rhoL 1 + epsilon W (z) (RC (z) -1) • An emergent phantom crossing in w (z) generated mechanistically from delayed record-memory structure rather than inserted parametrically. Numerical toy-model implementations produce: (i) bounded shell-localized halo corrections, (ii) improved rotation-curve flattening, (iii) small dynamic dark-energy deviations |dw| ~ 0. 01–0. 04, (iv) epoch correlation between structure formation and dark-energy evolution. The paper explicitly separates structural predictions from unresolved derivations and includes a detailed roadmap of open technical problems required for quantitative completion.
Itay Priiz (Sat,) studied this question.
Synapse has enriched 5 closely related papers on similar clinical questions. Consider them for comparative context: