VTN-8 Temporal Architecture of Information

This paper develops a temporal framework in which information is treated as a structural property of event dynamics rather than as a symbolic or statistical quantity. The model introduces the concept of temporal density ρ(t, x) to describe the organization of admissible events and defines elementary events as minimal temporal transitions. Within this framework, information is identified with stable patterns of event dynamics that persist over time, influence future admissibility, and survive perturbations. Memory is interpreted as the persistence of such stabilized temporal structures, while irreversibility arises from the fact that each realized event restructures the space of possible trajectories. Importantly, irreversible evolution is not characterized by a simple loss of possibilities, but by a structural reconfiguration in which some trajectories become inaccessible while new, previously unavailable trajectories emerge. Complexity is shown to arise naturally as a hierarchical form of temporal organization, resulting from the interaction and coordination of stabilized informational patterns. By grounding information, memory, irreversibility, and complexity in a common temporal architecture, the proposed framework offers a unified conceptual basis applicable to physical, biological, and cognitive systems. This paper is an English-language archival version of a work originally published in Russian. The Zenodo version is intended for documentation, citation stability, and open access dissemination. The primary publication venue is a Russian academic journal.