This paper introduces the "Colorless King Dimension Model" (CKDM), a theoretical framework that redefines the nature of the fourth dimension and atomic reality. Moving beyond the limitations of the three-axis Euclidean model, which the author argues can only represent the physical boundaries of measurement, the theory proposes a new fundamental property of atoms: Omni-Directional Surface-Level Atomic Resonance (ODSLAR). Labeled as CKDM-4D or "Continuity," this dimension posits that every atom possesses the inherent ability to "know" and exchange three-dimensional information in all directions simultaneously, even before physical movement occurs. The author challenges the Einstein-Minkowski spacetime model and the Lorentz transformation. Rather than space and time bending to accommodate the constancy of light, the paper argues that perceived variations in the speed of light and time—such as atomic clock dilation—are results of quantum atomic fluctuations and magnetic damping caused by high-velocity interactions with Earth’s atomic medium. Through the lens of ODSLAR, phenomena like the double-slit experiment and radio wave propagation are explained through "resonance" rather than wave-particle duality or field theory. The text asserts that information is transmitted non-locally between atoms, mimicking an "echo" or sonar-like ping that informs the position and state of all celestial and atomic bodies. The paper concludes that gravity is not a smooth curvature of spacetime but a result of atomic electron magnetism transforming into a classical effect. By framing reality as a hierarchy spanning from -4D (simulation hypothesis) to +16D (atomic interaction), the CKDM model suggests that true scientific understanding must shift from purely mathematical proofs to the careful observation of atomic resonance and continuity.
Mohammad Salman Farshi Rahat (2026) studied this question.