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March 21, 20260 citationsOpen Access

Positive 4 Dimension, Omni Directional Surface Level Atomic Resonance, Part of the Colorless King Dimensional Model, the Final Theory of Everything

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MRMohammad Salman Farshi Rahat

Key Points

  • The research aims to challenge the traditional spacetime model, proposing an alternative understanding of dimensions and atomic behavior.
  • Introduces Omni-Directional Surface-Level Atomic Resonance (OD-SLAR) as a core concept.
  • Critiques established physics frameworks, including Lorentz transformations and the speed of light.
  • Reinterprets physical interactions and phenomena related to atomic resonance and gravity.
  • OD-SLAR suggests that atoms are inherently aware of their surroundings.
  • Places gravity as a mechanism of celestial resonance rather than a curvature of spacetime.
  • Posits that light interaction with atomic structures influences speed measurements.

Abstract

The paper titled "Positive 4 Dimension, Omni Directional Surface Level Atomic Resonance" , authored by Mohammad Salman Farshi Rahat (also known as Mr. Colorless King) , presents a fundamental challenge to the Einstein-Minkowski spacetime model. As a central component of the Colorless King Dimensional Model (CKDM) , the work argues that the fourth dimension is not a fusion of space and time, but rather a functional property of atoms termed Omni-Directional Surface-Level Atomic Resonance (OD-SLAR). This model positions dimensions negative 4D to 0D as a framework for the simulation hypothesis, while dimensions +1D to +16D describe the characteristics of atomic reality. At the heart of the paper’s intuition is the limitation of human perception regarding 3D objects. The author notes that we can only see the "front" of a 3D object at any given time, such as seeing a maximum of three sides of a Rubik's Cube simultaneously. To perceive all sides without rotation, one must rely on reflections or live feeds. From this, Rahat concludes that reflection is a fundamental property of atoms. OD-SLAR represents the ability of a mirror or any atomic surface to mimic and "know" the surface-level atomic information of an object from every direction. This theory suggests that atoms possess inherent informational awareness of their XYZ surroundings before physical movement occurs. The paper critiques established physics, specifically the Lorentz transformation and the constancy of the speed of light C. Rahat hypothesizes that light information may move instantly and that the measured value of C is a result of light interacting with atmospheric molecules. He argues that experiments like the Michelson-Morley test were conducted within the Earth's dense atomic medium, which may have slowed light down. Furthermore, the author suggests that phenomena like atomic clock dilation are not caused by the bending of time, but by quantum-level magnetic damping and eddy currents formed when atoms in a moving clock interact with the Earth's magnetic field. Rahat extends this resonance principle to explain various physical interactions, such as how radio jammers work by "hijacking" local atomic resonance rather than fighting waves in the air , and how tuning forks interact via environmental resonance. He also reinterprets gravity not as a "smooth" curvature of space-time, but as a push-and-pull mechanism involving celestial resonance pings. According to the CKDM, celestial bodies are constantly informing one another of their positions through these pings, which travel faster than light in a vacuum. Ultimately, the paper advocates for a hierarchy of science that prioritizes direct observation and logical conclusion over "blind" mathematical modeling. Aligning himself with the views of Nikola Tesla, Rahat dismisses curved space-time as irrational and proposes that the "Final Theory of Everything" must be rooted in the observable resonance of the atomic world. He concludes by emphasizing that understanding the +4D model requires a foundational knowledge of the preceding CKDM dimensions

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Cite This Study

Mohammad Salman Farshi Rahat (2026) studied this question.

synapsesocial.com/papers/69be37866e48c4981c6772bbhttps://doi.org/10.5281/zenodo.19104393
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