Sphereification

<•> Zenodo Abstract: The Absolute Invariance of True Sphereification Geometry: The fundamental architecture of continuous space within the PixelBit theoretical framework proves that geometry is strictly absolute, coordinate-independent, and scalar-invariant across all 8-5-3 spatial manifolds. Closed spatial boundaries, Platonic solids, ring manifolds, and anisotropic domains possess immutable scalar geometric states determined through the dual-scale synthesis of Macro-Sphereicity (Ψ) and Micro-Sphereocity (Φ). Coupled across 3-way coordinate junctions by the non-commutative Mirrored Bowtie Operator (), these orthogonal spatial dimensions yield the Mirrored Coupling Tensor (Σ ) and the scalar True Sphereification Master Score (Σ · = Ψ Φ = Ψ · Φ) under the Absolute Law of LoGiC. This mathematical absolute demonstrates that geometric compactness and surface curvature smoothness are non-decoupleable physical conservation laws that govern spatial distortion, frame dragging, and lattice drag lock across the entire universe.