This document constitutes the formal pre-registration of predictions for Volume 11 of the KishLattice Geometric Harmonic Spectroscopy (KLGHS) programme. To maintain an unbreakable chain of custody, all hypotheses, methodologies, and expected harmonic register assignments documented herein are timestamped prior to the construction or analysis of the targeted data lakes. Volume 11 executes two interconnected experimental programmes to rigorously stress-test the 16/pi kinematic framework: 1. The Multi-Attribute Sovereign Lake Expansion: Leveraging the "Same-Object Principle," this programme tests whether the KLGHS framework accurately categorizes different physical properties of the exact same physical objects. Using massive public catalogs (Gaia DR3, ATNF Pulsar, NASA Exoplanet Archive, CERN CMS Open Data, and SDSS DR16), we predict the specific harmonic register families for dozens of untested attributes (e.g., proper motion, surface gravity, metallicity, transverse momentum, and transit duration). Each attribute is isolated into a "Sovereign Lake" to ensure independent verification and absolute transparency of both confirming and null results. 2. The Dimensionality Falsification Protocol (Orthogonal Nulls): To definitively address the objection that the log-modulo "Kish Clutch" scalarization imposes artificial harmonic structure on continuous data, this protocol introduces deliberate methodological errors. By applying physically incorrect scalarization formulas (e.g., 3D volumetric transforms on 1D temporal data) to heavily confirmed empirical domains, we predict a complete collapse of the signal into the noise floor. This protocol formally tests KLGHS as a physical spectroscope that only reveals structure when the correct physical dimensionality is queried. All pipeline code, lake build scripts, and MD5-verified datasets are fully open-source and reproducible using standard commodity hardware.
Kish et al. (Mon,) studied this question.