Comparison between the Unified Informational Spin Theory (TGU) and the Classical Model (ΛCDM) Validations with Observational Data and Simulations

Description:This study introduces the Unified Theory of Informational Spin (TGU) as an alternative to the ΛCDM model, eliminating the need for dark matter and explaining gravitational stability and the formation of cosmic structures through informational coherence. Using real observational data from telescopes such as JWST, SDSS, and Planck, and comparing the results with numerical simulations, the paper analyzes galactic rotation curves, gravitational lensing, and the distribution of superclusters under the TGU framework. The results indicate that TGU accurately reproduces phenomena traditionally attributed to dark matter, with statistical metrics showing lower mean squared error (MSE) and higher correlation (Pearson > 0.96) compared to ΛCDM. Furthermore, the study discusses the implications of TGU for space exploration, quantum computing, and the fundamental structure of the universe, opening new directions for theoretical and observational physics. 🔹 Key Highlights:✅ An alternative model to dark matter, based on informational coherence.✅ Rigorous comparison with real data, including galactic rotation curves.✅ Application of TGU to cosmic structure, gravitational lensing, and observational statistics.✅ Potential for new discoveries and future experimental validation. 📎 Keywords: Informational Coherence, Gravitation, Cosmic Structures, Unified Theory of Informational Spin, Dark Matter, Cosmology