Karl-Koleshiv Particle
| Composition | Elementary particle |
|---|---|
| Statistics | Bose–Einstein statistics |
| Family | Exoparticles |
| Interactions | Entropic and gravitation |
| Symbol | χ |
| Theorised |
|
| Discovered |
|
| Mass | ∅ |
| Electric charge | 0 e |
| Color charge | No |
| Spin | 1 ħ |
| Spin states | +1 ħ, −1 ħ |
| Parity | −1 |
| C parity | −1 |
| Condensed | I(J PC) = 0, 1 (1−−) |
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. Koleshiv particles were publicly 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. The emission or transmission of K-particles moving through space is known as entropic radiation.