Viscous Emergent Spacetime (VES)

Viscous Emergent Spacetime (VES) is a phenomenological effective framework that investigates, within a controlled set of closures, whether coarse-grained phase-retention dynamics in a pre-geometric informational substrate can generate effective gravitational phenomenology. The central hypothesis is that phase-coherent configurations are dynamically favoured by a retention functional Rϕ[Ψ]. After coarse-graining, this principle yields a scalar order parameter Ω whose infrared dynamics is hypothesised to belong to the AQUAL universality class of nonlinear elasticity. In the deep-retention regime the model reproduces the deep-MOND scaling g ≃ √ a0 gbar. The acceleration scale is related by dimensional analysis to a intrinsic retention scale via a0 ∼ c2/ℓR; three cosmological scalings for a0(z) are proposed as falsifiable hypotheses. The framework is completed by a causal Israel–Stewart hydrodynamics sector with an information equation of state. VES does not derive general relativity or the Lorentzian signature from first principles; it offers a transparent, explicitly labelled effective research programme for emergent gravitational phenomenology. All components carry epistemic status labels.