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

The Unified Theory of Informational Spin (TGU) proposes a new paradigm for understanding the structure of the universe, unifying concepts from quantum mechanics, gravitation, cosmology, and biology under a single principle: informational coherence. Unlike traditional models, the TGU eliminates the need for dark matter and dark energy, explaining cosmic features through the organization of information in space-time. This work presents a detailed mathematical formulation of the TGU, addressing topics such as: 🔹 Origin of the Universe and Informational Coherence – Space-time and matter emerge from harmonic patterns of informational spin.🔹 Gravitation Without Dark Matter – Galactic stability and galaxy rotation are explained by the coherence factor ϵ(r).🔹 Cosmic Structures and Superclusters – Modeling of the Hercules–Corona Borealis Great Wall and the Shapley Supercluster.🔹 Type Ia Supernovae and the Expansion of the Universe – A new explanation for cosmic acceleration without dark energy.🔹 DNA as an Informational Structure – The relationship between informational coherence and the organization of life.🔹 Technological Applications – Implications for quantum computing, artificial intelligence, biotechnology, and space exploration. The TGU challenges proposed paradigms and introduces a new path for the unification of physics and information, offering a model that connects cosmic structure, quantum dynamics, and biological systems. 📄 This article includes detailed equations, comparative analyses, and numerical validations based on observational data from SDSS, JWST, Planck, and the Sloan Digital Sky Survey. 🚀 The article has been published as a preprint for discussion, refinement, and future experimental validations. Comments and collaborations are welcome! Keywords Informational Spin, Informational Coherence, Gravitation, Cosmic Structures, Dark Matter, Dark Energy, Type Ia Supernovae, Artificial Intelligence, Quantum Biology, Quantum Computing, TGU, Unification of Physics