The Discrete Dimensional Inheritance Model (DDIM) proposes that the universe is an emergent 3D Graft resulting from a sequence of discrete informational inheritance steps. By establishing a fixed 5.5% Probability of Finiteness (p = 0.055) at each step, the model identifies a natural phase transition into a stable physical state. This paper presents the results of 1,000-run Monte Carlo simulations verifying the model’s ability to resolve the Hubble Tension and galactic rotation curves through the mechanism of informational viscosity.
Christopher Guinn (2026) studied this question.