Empirical Validation of MUT v7.17.1: A Comprehensive Suite of 50 Blind Tests from Nucleons to Cosmology

This dataset provides the complete numerical validation and formal derivations for the Myo Min Aung Unified Theory (MUT) version 7.17.1. It consists of three detailed technical reports covering 50 rigorous blind tests that span from nuclear masses to cosmological scales. Key highlights include: Tests 1-30: Foundations of nuclear binding energy, atomic constants, and initial galactic rotation analysis. Tests 31-42: Detailed analysis of Cosmic Birefringence, Asteroseismology, and the resolution of Hubble and S8 tensions. Tests 43-50: High-energy regimes including Black Hole entropy, singularity resolution, and quantum entanglement using the n-free fMCR framework. All calculations are derived from the fundamental constant f_{MCR} \approx 1.792349 \times 10^{35} \, \text{m/(kg} \cdot \text{s)} without arbitrary parameter tuning. Python verification codes are included within the documents to ensure reproducibility and transparency. This suite serves as the primary empirical evidence for the unified nature of MUT v7.17.1. The complete numerical validation of the framework, comprising 50 comprehensive blind tests spanning from nucleon masses to cosmological large-scale structures, is provided as supplementary material. These results demonstrate the predictive power of the n-free fMCR framework without any empirical fine-tuning (See Supplementary Data: Numerical Validation Suite 1-50)."