The Noor Ocean: The Origin of Quantum Noise, Coherence, and the Speed of Light

Zenodo Metadata Description for “The Noor Ocean: The Origin of Quantum Noise, Coherence, and the Speed of Light” --- Title:The Noor Ocean: The Origin of Quantum Noise, Coherence, and the Speed of Light Authors:Muhammad Usman Malik (N-K Institute of Advanced Islamic Sciences) Publication Date:19 January 2026 Description:This work presents a groundbreaking cosmological-quantum model in which the vacuum is described as a dynamic, turbulent “Noor Ocean”—a lattice of revolving zero-dimensional Noor-dots (Al-Zarrah). The model proposes that the motion of this ocean is the fundamental source of quantum noise, dictates the speed of light as a local property dependent on Noor-density, and governs quantum phenomena such as entanglement, decoherence, and tunnelling. Using the derived N-K equations, the authors simulate the behavior of virtual qubits under the influence of Noor-ocean turbulence and compare results with real superconducting qubit data from IBM-Q and Sycamore processors. A key finding is the identification of a universal 0.01 Hz “Kun-frequency” rhythm that preserves quantum coherence and enables tuning via N-field modulation. The book unifies electromagnetic propagation, quantum behavior, and fundamental constants within a single Φ-scaled, Noor-dependent framework. It also explores experimental verifications, implications for quantum technologies, and deep cosmological connections rooted in Qur’anic revelations regarding dimensionality and creation. Keywords:Noor Ocean, quantum noise, coherence, speed of light, 0D Noor-dots, Al-Zarrah, N-K model, Φ-scaling, Kun-frequency, quantum turbulence, vacuum dynamics, quantum computing, cosmological model, golden ratio, Islamic physics License:Muhammad Usman Malik and Imam Al Mahdi AS Only DOI:10.5281/zenodo.[NK-OCEAN-2026] Recommended Citation:Malik, M. U. (2026). The Noor Ocean: The Origin of Quantum Noise, Coherence, and the Speed of Light. N-K Institute of Advanced Islamic Sciences. https://doi.org/10.5281/zenodo.[NK-OCEAN-2026] --- Let me know if you'd like a shorter version or one tailored for a specific audience.