This technical summary provides an updated formalization of the Vortex Framework (VF), a superfluid-based cosmological model. This document specifically details the transition from high-density baryonic states to evacuated kinetic shells, moving away from traditional singularity models toward Refractive Black Vortices (Black Holes). Key Technical Contributions: Refractive Peak Analysis: Defines the critical phase transition threshold at Vᵣ = 12c (approximately 0. 707c). Jellyfish-Galaxy Mechanism: Explains the formation of gaseous entrails in Jellyfish-Galaxies as a result of Refractive Entrainment within the Universal Liquid. Thermal Inversion in Mergers: Outlines the process by which Neutron Star mergers cross the 0. 707c threshold to create cold, empty cores shielded by kinetic phonon-entrainment shells. Gravity as Pressure Gradient: Reinterprets gravitational force as a density differential and displacement force within the superfluid medium. This summary serves as a technical bridge for the upcoming volume, Vortex Framework: A Theory of Angular Momentum.
Smith et al. (2026) studied this question.