The material consists exclusively of explicit numerical analyses and closed computational procedures, applied consistently across atomic, lunar, planetary, and system scales. Included studies document: Cubic normalization of the periodic table (Z = 1–118) Planetary cubic-zone mapping and element overlap analysis Planetary distance reconstruction via the 499-second light-time channel Global planetary light-time projection closure Full numerical closure records for Saturn and Uranus Atomic light-time projection and regime separation Lunar light-time quantization sensitivity tests All calculations are recorded step-by-step.No assumptions, interpretations, causal models, or theoretical extensions are introduced.No steps are omitted, reordered, fitted, or corrected. The work is purely descriptive and numerical.It documents invariant numerical closures observed directly in measured astronomical and atomic data.
Danijus Kazlauskas (2026) studied this question.