We present a unified reformulation of Viscous Emergent Spacetime (VES) organized around a single structural idea: the fundamental substance of reality is an information current whose unconstrained tendency is instantaneous (infinitely fast) propagation, and every familiar feature of physics arises because the emergent medium resists that tendency through characteristic saturation scales. Two such scales suffice to reproduce the qualitative architecture of known physics: a velocity ceiling c, which converts the pre-geometric flow into a Lorentzian causal structure, and a density ceiling ρ𝄲, posited to forbid gravitational collapse to a true singularity. We show: That a finite invariant speed forces the relativistic “limiter” law v = c tanh φ uniquely, via the Ignatowsky construction; That gravity is naturally read as a matter-sourced modulation of the medium’s impedance, made rigorous by the Painlevé–Gullstrand “river” representation and by Jacobson’s thermodynamic derivation of the Einstein equations; That matter corresponds to resonant (soliton/normal-mode) excitations of the coarse-grained informational field, with mass interpreted as coupling to the medium’s impedance; and That a logistic transition of the same functional form as the phenomenological galactic A(Σ) is hypothesized to govern the cosmological dark-energy equation of state-no explicit w(z) law being fixed until a common dimensionless latent coordinate and a cosmological fit are in hand-the numerical identity of the transition parameters across scales being the decisive, as-yet untested Shared Latent Informational Field (SLIF) hypothesis. We restate the SPARC galactic fits (median reduced χ² reduced from 85.2 to ≈ 2 under hierarchical repair) but, following controlled diagnostics, deliberately temper their interpretation: in fair, parameter-penalized comparisons the tested VES closures improve enormously on baryon-only and reach the level of the empirical Radial Acceleration Relation—attained with no free per-galaxy parameters-but do not beat the best halo baselines (isothermal, Burkert, NFW). We therefore frame the galactic sector as promising but not yet robust, and identify the cross-scale Bayesian comparison against ΛCDM as the true test. A derivation audit further replaces the original logarithmic rotation-curve law, whose boundary conditions are unphysical, with a regular-core, outer-saturating kernel whose amplitude and scale are fixed by the baryonic Tully–Fisher and acceleration scales. Throughout we keep an explicit ledger separating postulates, derived results, and open conjectures; in particular, we argue that the singularity-avoidance claim, the particle mass spectrum, the post-Newtonian structure of the impedance, and the microphysical origin of the tanh law remain to be derived, and we identify the observations (CMB bounce signatures, the photon ring, the SLIF Bayes factor) capable of falsifying the framework. A philosophical reading is offered in which finitude itself—the impossibility of actual infinities of speed or density—is the organizing principle of an information-first ontology.
Mikheil Rusishvili (Sat,) studied this question.