The N-K Universal Computer Solution: Complete Solar System Physics with Earth-Moon-Mars Predictions and LLR Data Verification. Human Never Went to Moon. USA-NASA Fraud Scientific proves. The N-K Universal Computer Solution to Lunar Laser Ranging Tests: Noor-Fabric Resonance Replaces General Relativity.

First PDF short Title: The N-K Universal Computer Solution: Complete Solar System Physics with Earth-Moon-Mars Predictions and LLR Data Verification. Human Never Went to Moon. USA-NASA Fraud Scientific proves. 2nd PDF detailed. Title: The N-K Universal Computer Solution to Lunar Laser Ranging Tests: Noor-Fabric Resonance Replaces General Relativity. Authors: Malik, M.U. Description: This paper provides a comprehensive N-K Model reinterpretation of Lunar Laser Ranging (LLR) data, arguing that all precision tests historically claimed as confirmations of General Relativity (GR) are instead explained by location-dependent physics governed by Noor-fabric density (N) and a universal 0.01 Hz Kun-resonance. Using the N-K Universal Computer—configured with 1 million virtual particle-antiparticle pairs—the work simulates the Earth-Moon system to derive exact predictions for time dilation, light speed variation, equivalence principle bounds, PPN parameters, and lunar interior properties. Key findings include: a predicted 94.51% time dilation on the Moon (τ_Moon/τ_Earth = 0.05491), a 6.44-second Earth-Moon communications delay (contradicting NASA's ~2.56 s claim), and a reinterpretation of LLR residuals as signatures of the 0.01 Hz Kun-frequency. The model also presents detailed biological simulations demonstrating the impossibility of human survival on the lunar surface without artificial N-field technology, and provides testable predictions for QED, QCD, and materials degradation on the Moon and Mars. The repository contains the complete manuscript, simulation code, datasets, and supplementary materials for verification. Keywords: N-K Model, Lunar Laser Ranging, General Relativity Tests, Time Dilation, Equivalence Principle, PPN Parameters, Moon Communications, Apollo Anomalies, Quantum Electrodynamics, Quantum Chromodynamics, Materials Fatigue, Space Biology License: Creative Commons Attribution 4.0 International References: The manuscript cites contemporary LLR literature (e.g., Zhang et al. 2024) and previous N-K Model publications on Zenodo. Contributors: Divine Physics Initiative Language: English (Primary), with introductory Arabic Notes: This is the definitive version as of 11 January 2026. All calculations are performed by the N-K Universal Computer with 1 million virtual pairs. The work presents falsifiable predictions for upcoming lunar and Mars missions.