This preprint examines the Level-0, non-oriented state as a physical condition of maximal directional openness, preceding stable cosmic structure. In this framework, Level-0 does not privilege any geometry or extension, allowing an effectively infinite space of possible configurations. The paper addresses why the galaxy emerges as the first structure capable of closing this open possibility space into long-term stability. It is argued that galactic formation represents the minimal scale at which directional freedom becomes selectively constrained without collapsing into rigidity. Special attention is given to the limited number of stable galactic morphologies. Spiral galaxies are analyzed as possessing greater structural elasticity than elliptical forms, due to dual (vertical and horizontal) coherence that reduces exposure to entropic degradation. This dual coherence enables sustained adaptation while preserving global stability. The work situates galactic morphology as a physical resolution of Level-0 admissibility, rather than as an outcome of optimization or historical contingency.
Kujtim Gjoka (Sat,) studied this question.