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Karl-Koleshiv Particle

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Revision as of 18:32, 17 May 2026 by Vertex (talk | contribs) (Created page with "{{Short description|Elementary particle}} {{SEO}} A '''Karl-Koleshiv particle''', or "K-particle", is an elementary particle similar in size and mass to an electron (8.3 × 10⁻³¹ kg) that naturally carries a significant positive or negative scalar value, known as entropic charge (χ). Koleshiv particles were named after Karl Becker and Antony Koleshiv, the two physicists who co-authored the first paper on Entropics|entropic...")
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A Karl-Koleshiv particle, or "K-particle", is an elementary particle similar in size and mass to an electron (8.3 × 10⁻³¹ kg) that naturally carries a significant positive or negative scalar value, known as entropic charge (χ). Koleshiv particles were named after Karl Becker and Antony Koleshiv, the two physicists who co-authored the first paper on entropics.

K-particles do not occur naturally in normal dimensions. Rather, they originate only from a pocket dimension known as the Entropic Plane, which is the most stratically distant of all known dimensions. Additionally, a unique property of K-particles is that they move through all dimensions occupying the same physical space at the same time - this allows them to bypass dynamic containment array shielding systems and even multi-dimensional phase oscillators. They can pose a hazard in the form of entropic radiation.