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Reveals atomic density sorting's role in a simulated universe, implying a new framework for understanding matter organization.
The paper titled "Positive 10 Dimension, Atomic Density Sorting," authored by Mohammad Salman Farshi Rahat (also known as Mr. Colorless King), presents a core component of the "Colorless King Dimensional Model" (CKDM). At its heart, the paper argues that the universe is a simulation governed by "background codes" rather than traditional subatomic particles, and that the organization of all matter—from Earth’s atmosphere to the distribution of black holes in the galaxy—is dictated by a universal principle of atomic density sorting. The author begins by establishing a scientific hierarchy that prioritizes observation and intuition over abstract mathematics. He argues that modern scientists have been "blinded" by mathematical models like E=mc², which he claims is incorrect. To support this, he cites experiments where Lead-82, despite being subjected to high energy levels, remains indestructible and only temporarily transmutes before reverting to lead. He suggests that perceived transmutations in high-energy tests are actually results of contamination from surrounding experimental equipment rather than proof of mass-energy equivalence. A central pillar of the paper is the observation that matter naturally organizes itself based on density. The author points to Earth’s five atmospheric layers, where the heaviest molecules reside in the troposphere and the lightest in the exosphere, as a primary example of this sorting. He extends this logic to the solar system, providing data on the atomic composition of planets to suggest their placement is also a result of density sorting. Furthermore, he asserts that this principle explains why thousands of high-density black holes are concentrated at the galactic center while only lighter gases and stars remain at the edges. The paper also redefines several fundamental physical concepts. The author argues that gravity and electromagnetism are the same force, describing gravity as a "residual pull" that remains after an atom's primary electromagnetic "atomic need" to form a molecule is satisfied. He further posits that fire and lightning are essentially the same phenomenon, where vibrational energy (electrons) releases light atoms into the atmosphere to be sorted by density. Additionally, he challenges the traditional view of the Cosmic Microwave Background (CMB), claiming it is merely the reflection of signals off cosmic gas and dust rather than an echo of the Big Bang’s "quark-gluon plasma". Finally, the author proposes a vacuum chamber experiment involving a plastic ruler and hair to prove that "static" attraction is influenced by the concentration of surrounding air molecules rather than just proton-electron imbalances. He concludes that the creator of the simulation established density as a consistent scale first, then applied different states of matter (solid, liquid, gas) to those levels, a design he believes has confused mainstream scientists who focus only on collecting variables rather than understanding the underlying "simulation hypothesis".
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Mohammad Salman Farshi Rahat (2026) studied this question.
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