Unified Theory of Informational Spin and the Structure of Reality Unifying Astrophysics and Quantum Science

Unified Informational Spin Theory and the Structure of Reality: Unifying Astrophysics and Quantum Science Henry Matuchaki – Independent Researcher 📅 February 2025 Abstract The Unified Informational Spin Theory (TGU) introduces a new paradigm in fundamental physics, bridging astrophysics and quantum mechanics under a single framework based on informational coherence. This work explores how Informational Spin serves as the link between microscopic and macroscopic scales, offering alternative explanations for gravitation, dark matter, and dark energy, eliminating the need for ad hoc assumptions. This paper examines: ✅ The incompatibility between General Relativity and Quantum Mechanics and how TGU resolves this issue.✅ The origin of particle mass without relying exclusively on the Higgs field.✅ The structure of galaxies and clusters without the need for dark matter, using informational coherence.✅ The accelerated expansion of the universe without dark energy, interpreting it as an informational effect.✅ The formation of the universe and cosmic cycles, based on primordial nucleosynthesis and cosmic microwave background radiation.✅ Comparison between TGU and the ΛCDM model, with observational validations using data from JWST, SDSS, and gravitational detections.✅ Proposed experimental tests to validate Informational Spin in particle accelerators, interferometry, and astronomical observations.✅ Technological and scientific applications in quantum computing, space exploration, and informational engineering. 🔬 References: The paper incorporates findings from the author’s latest works published on Zenodo, covering TGU from elementary particles to cosmic superstructures. 📢 For researchers in theoretical physics, astrophysics, and cosmology, this study presents an innovative model that could redefine our understanding of the universe and its fundamental structure.