Information determinism: The algoritmic trajectory and topological architecture of the Universe

This paper presents "Information Determinism," a multidisciplinary meta-theoretical framework proposing a radical revision of fundamental concepts in physics, biology, and sociology. The author postulates a rejection of stochastic interpretations of the universe in favor of a rigorous algorithmic model, where matter is defined as the topological precipitate of informational processes. Within this framework, the Universe is viewed as a deterministic trajectory for resolving primary logico-informational dissonance. The "Law of Functional Equilibrium" is introduced, describing evolution as an algorithmic data compression driven by the macrosystemic pressure of the energy gradient. This work addresses the problems of quantum entanglement, morphogenesis, and consciousness, interpreting them as phase transitions within a unified programmatic matrix. The paper includes mathematical formalization of core variables and proposes a specific empirical falsification protocol. This approach eliminates teleological and anthropocentric constructs, reducing system complexity to the principle of least action and topological inevitability.