Comprehensive Dataset for the \anh Initialization Framework: Geometric Core Validation across 300+ Entities (Subatomic to Galactic Scales)

This dataset provides the foundational empirical evidence for the \anh (Anadihilo) Initialization Framework, containing over 300 observational entries spanning 32 orders of magnitude—from subatomic particles to galactic bulges. The data validates the existence of a universal geometric blueprint governed by two primary systemic multipliers derived from the Axiom of Normalization (\anh + n = 0_U) and the Universal Grid Constant (i = 0.0001): The Compressive Factor (\Phi_\mu = 0.8): Governs nuclear bounds, subatomic particles, and extreme gravity states. Specifically for the 118 periodic elements, this factor successfully defines exact geometric core boundaries within their quantum probability clouds, bridging standard probability models with precise structural geometry. The Expansion Factor (\Phi_G = 1.25): Governs macro-scale stabilization and exact physical boundaries (e.g., stellar cores, planetary bodies, and galactic bulges). The dataset proves the Unitary Symmetry Law (0.8 \times 1.25 = 1.0), demonstrating that space is a discrete informational grid and mass is an emergent systemic friction, not an intrinsic property. Crucially, no curve-fitting techniques were applied. All calculations rely on pure mathematical geometric derivations compared 1:1 against officially recognized standard limits from NASA, CODATA, and IAU. Files included in this repository: Anadihilo_118_Elements_Complete_Names.csv: Atomic radii (probability cloud boundaries) and calculated exact \anh core limits for all 118 elements. Anadihilo_Subatomic_Particles_Analysis.csv: Geometric structural limits of protons, neutrons, quarks, and bosons. Anadihilo_Galaxy_BlackHole_Analysis.csv: Validation of the 1.25 expansion factor across major galaxies (Milky Way, Andromeda, M87) and hyper-vortices. Anadihilo_High_Accuracy_Match.csv: Physical core radius match data for major solar system bodies, exoplanets, and primary stars. Anadihilo_Universal_Fixed_100_Objects.csv: Mass stability and Schwarzschild boundary tests for planetary and stellar bodies. For full theoretical derivations, please refer to the associated Anadihilo research papers (anadihilo.org).