Abstract The large-scale structure of the universe exhibits persistent patterns of organization across a wide range of scales, from planetary systems to galaxies and the cosmic web. While modern cosmology successfully describes many aspects of cosmic evolution, the underlying principles governing the emergence of hierarchical structure and coherent motion remain incompletely understood. This work introduces the concept of the Cosmic Genome, a generative framework in which invariant fundamental constituents give rise to directional interactions that organize fields and produce hierarchical cosmic structures. Within this perspective, the universe is assumed to have begun as a complete system, in which fundamental elements coexist from the outset rather than emerging sequentially over time. The framework further considers the possibility that the observable universe exists within a finite cosmic domain, where matter does not simply disperse indefinitely but continuously transforms and participates in large-scale circulation processes. In this view, cosmic evolution is interpreted not as a one-directional progression, but as an ongoing reorganization of matter within a structured and bounded system. The recurring presence of organized and coherent structures across cosmic scales suggests that the universe may not be fully described by purely mechanical processes alone. Instead, the formation and persistence of such structures indicate the existence of underlying organizing principles that operate consistently across scales. The Cosmic Genome provides a conceptual foundation for understanding how directional interactions can generate structured fields, hierarchical organization, and large-scale circulation within a finite cosmic domain.
Aldenix Park (2026) studied this question.