Patroclus's SCP Drafts

Item #: SCP-XXXX

Object Class: Thaumiel

Foreword: As dictated by the syntax of anomalous materials in the Foundation’s Rules of Article Formatting ; ‘Indexing Anomalous Elements and Compounds’, the SCP item index (SCP-XXXX) refers to the anomalous properties of said element or compound (Kinesium).

Special Containment Procedures: Crystals of Kinesium are to be kept bound to reality by use of SRA’s, or when utilised in lesser amounts in a compact environment, cSRA’s¹.

Description: Kinesium is an element with an atomic number of 143. According to Einstein’s theory of Relativity, and Bohr’s model of the atom, the highest possible atomic number is 137. This is because the innermost electron in an element with an atomic number of 138 would be moving faster than the speed of light, which is fundamentally impossible without distortion of the space-time continuum.

The increase in speed of the innermost electron with the increase in atomic number is due to the Coulombic attraction between said electron and the positively charged nucleus, and the Coulombic repulsion between said electron and the outer electrons in the element.

This is the first anomalous property of Kinesium, SCP-XXXX-1.

Given that Kinesium has the highest known atomic number of any element, it should be that it is extremely unstable and radioactive. However, this is not true. Kinesium is not radioactive and has no calculable half-life, (even “non-radioactive” elements have half-lives). This is an anomalous property of Kinesium, SCP-XXXX-2.

+Study into properties of Kn Allotropes

Kinesium occurs on Earth in crystalline structure. The Foundation has discovered, so far, 3 allotropes of Kinesium, all with their own anomalous properties, which have been labelled as so (Properties designated Kn-X-X):

Kinetic Nano-tubules : Kn-a
Kinetic Hyper-spheres : Kn-b

Kn-a molecules are similar in structure to Carbon nanotubes, however, they fluctuate in shape (becoming more or less conical) when exposed to different frequencies of light - Kn-a-i.

When Kn-i is exposed to a laser, it will create a heated beam of visible light. The beam may become more or less focused, depending on the shape caused by the frequency of the light, also changing the beam’s color - Kn-a-ii.

Kn-b molecules are arranged similarly shaped to carbon buckminsterfullerenes (Though with more ), with the distinct difference of varying W, where W is the measure of the 4th dimension. One molecule of Kn-b has W=0 with no laser shone on it, and increases by [REDACTED]. A light intensity of 8lm creates a W of 1310.3556, which is the advised upper limit of luminosity in operation. Kn-b-i. The change in W is proportionate to the temperature of the produced light, by [REDACTED]]

Addendum - Uses Of Kinesium:

Footnotes

1. A cSRA is a form of Scranton Reality Anchor designed for a compact environment, hence the name compact Scranton Reality Anchor. cSRA’s are smaller, but also less able to control the reality altering properties of anomalies, given by the Scranton Ratio.