This document formally pre-registers 11 testable predictions of the Kish Lattice Framework prior to Volume 9 pipeline execution. The Zenodo timestamp of this publication constitutes the unimpeachable record that these predictions were made before the corresponding data was analysed. The Kish Lattice Framework is a geometric unification theory governed by a single scalar constant kgeo = 16/pi, derived from the surface-area-to-volume ratio of the unit 4-sphere. No free parameters, no dark matter, no dark energy. As of Volume 8 (April 2026), the framework has 16 confirmed predictions across 22 physical domains, 9, 876, 485 sovereign measurements, and 35 orders of magnitude in physical scale. The framework's pre-registration practice originates with Volume 1 (January 10, 2026), which predicted a Lattice Refresh Frequency of 107. 1 Hz. This prediction was independently confirmed 94 days later at z-score = 59. 03 from 1, 843, 110 SDSS DR16 galactic velocity dispersions. This document applies the same protocol to all Volume 9 lake targets. Predictions pre-registered here (P17-P27) include: C60 vibrational mode register (Q9C60 lake), tidal intervals across four ocean basins (T2b/c/d/g lakes), GWTC-3 gravitational wave ringdown frequencies (L1 lake), spacecraft telemetry k-gradient transition at approximately 20 AU (T8 fleet tier), nuclear binding energy register (Q4 lake), CMB anisotropy sigma-field coupling (G2WMAP lake), SDSS same-object galactic register separation (G2/G3/G4 lakes), galaxy scalar comb structure / egg carton prediction (P24), lifecycle phase encoding in harmonic distribution width / egg timer prediction (P25), solar cycle harmonic structure (K3 lake), and the sub-lattice 2D Zeta clock nested 3: 2 structure / fractal of fifths prediction (P27). Beginning with Volume 9, a permanent Predictions folder (vol9/Predictions/) is established as standard pipeline infrastructure. All future volumes will pre-register their predictions before lake construction. All pipeline code and data are publicly available at: github. com/TimothyKish/Holographic-Resonance-The-Geometry-of-a-Quantized-Universe Related: Volume 8 DOI 10. 5281/zenodo. 19622632
Kish et al. (Wed,) studied this question.