Published February 12, 2026 | Version v1
Preprint Open

A Geometric Solution to the 8.3% Hubble Tension: The $\pi$-Lattice Correction Protocol

Authors/Creators

  • 1. Independent Researcher

Description

This study quantitatively demonstrates that the fundamental discrepancies in modern cosmology—specifically the Hubble Tension and the Dark Sector anomalies—originate from the metric distortion of the observer’s local gravitational system (Earth) rather than flaws in physical reality.

By introducing the "π-Lattice Topological Model," we derive a Geometric Correction Tensor ($S$) to reduce local measurements to the universal invariant standard. Applying this model eliminates the 8.3% observational discrepancy in the Hubble Tension and provides a precise geometric explanation for Dark Energy (68.17%) and Dark Matter (26.77%) ratios without the need for hypothetical particles. This paper serves as the final empirical verification for the K-PROTOCOL 3 framework.

Notes (English)

While my previous works, "Completion of the Grand Unified Theory (GUT)..." and "K-PROTOCOL 3: THE TRINITY SUPREMACY" , established the theoretical foundations and the geometric n-code system, I felt that further empirical clarification was necessary to bridge the gap between theory and modern observational data. Therefore, I am submitting this additional paper to specifically demonstrate how the $\pi$-Lattice model resolves the 8.3% Hubble Tension and precisely predicts Dark Sector ratios. This work serves as the definitive empirical proof of the K-PROTOCOL framework.

 

Completion of the Grand Unified Theory (GUT) through Universal Geometric Standards (π) :  https://doi.org/10.5281/zenodo.18530872

K-PROTOCOL 3: Numerical Evidence and the 'KOREA' System - Resolving the Hubble Tension through Universal Geometric Constants : https://doi.org/10.5281/zenodo.18531713

 

 

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Universal $pi$-Lattice Topological Model Correcting Local Gravitational Metric Distortion in Cosmological Observations_eng.pdf

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