N-K Model and Earth Pulse
Year: 2025
Type: article
Abstract: Description: This research paper presents a groundbreaking analysis of Earth's 26-second pulse through the lens of the Noor-Kun (N-K) Model. By modeling the Earth as a resonant spherical oscillator, the study derives its fundamental frequency using two core parameters: N (structural constant) and K (field coupling constant), inspired by metaphysical foundations and Rosetta Stone constants. The results match the empirically observed ultra-low-frequency (ULF) wave of ~0.0385 Hz, known for its planetary and biological influence. The paper explores the geophysical consequences of subtle frequency shifts, including tectonic stress accumulation, magnetic pole drift, and atmospheric instability. It also proposes that these oscillations may interact with biological systems, affecting animal behavior and human health. The model's precision opens new pathways to understanding Earth's deep internal processes and their synchronization with cosmic and energetic frameworks. This work advances the Noor-Kun Model as a tool for planetary diagnostics, universal resonance theory, and the interface between physical and metaphysical do mains.
Author: Malik, Muhammad Usman
Language: English
Subfield: Ocean Engineering
Field: Engineering
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W6930722130
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