Mapping Crystal Lattice Compaction Empirical Proof of the Localized Plastic Deformation Engine in Calvariadeite (CAL-2180-PL)

Open Data Booklet for Calvariadeite (CAL-2180-PL) This document serves as the official open-science technical registry and crystallographic baseline for Calvariadeite (CAL-2180-PL), an ultra-high pressure (UHP) metamorphic mineral phase. Authored by independent discoverer Cătălin Remus Negrean, the booklet establishes unassailable prior art, structural diagnostics, and public data sovereignty for the 2,180-carat holotype specimen. 📄 Executive Summary & Abstract The booklet provides a rigorous empirical and mathematical profile of Calvariadeite, focusing on its unique localized lattice variations. By analyzing the specimen across three distinct volumetric scales—the macro-holotype, a medium segment, and a micro-fragment—the data demonstrates a systematic, inverse relationship between sample volume and density. This gradient confirms the presence of intense ancestral shear strain and mechanical plastic deformation within the crystal core. Using Bragg's Law and d-spacing contracture equations, the document quantifies a 0.51% structural lattice compaction vector. This precise shift manifests as high-angle coordinate displacements during diffraction profiling, serving as the definitive, verifiable diagnostic fingerprint for independent third-party validation.