The Unified Theory of Informational Spin A New Approach to Coherence, Gravitation, and Cosmological Structures

The Unified Theory of Informational Spin (TGU) proposes an alternative model for the description of physical systems, eliminating the need for traditional concepts such as dark matter and dark energy. Based on informational coherence, the TGU unifies quantum mechanics and gravitation through the interaction of informational spin, which acts as a central node of universal stability. The model has been tested on atomic, planetary, and cosmological scales, revealing predictable harmonic patterns in complex systems. In addition to serving as a bridge between cosmology and quantum physics, the TGU offers innovative explanations for various phenomena, from the stability of superclusters of galaxies to the organization of biological systems and genetic structure. By redefining the interaction between informational coherence and entropy, the theory clarifies the formation of neural networks, genetic regulation, and even the emergence of consciousness as a manifestation of informational coherence within complex systems. The application of TGU in quantum computing, astrophysical modeling, and bioinformatics demonstrates its potential as a unifying physics model, suggesting that reality is governed by interconnected informational patterns. The results obtained demonstrate the validity of the approach and its ability to predict and interpret natural phenomena coherently.