All dimensions Wiki
Advertisement

Metium is abstractly smaller than Nonon, which is a "purple" Nonat Particle made of Mettium element. It is also not active compared to a Nonon. As it is recorded to be really hot, absolutely zero entities live here.

Information of a Metium is very scarce, so this page will contain all of that information we have.

Nullology[]

Nullity in this scale is scarcely low; as nullity phases through abstraction with high decomposition. It tells us the tree of nullology mathematics; sometimes inaccessible to normal Axions. Mostly, it is inaccessible to properties except in the meta-mathematical scale; which has a equation assuming null and alt-null predictates. This equation shows that these assumptions are infinitary, not just binary, ternary, and so forth; loosely connecting from each other.

Cancellation, concentration, and assignation are alien, only due to "glitchy." When it stops glitching, stability increases; allowing Mettium to be merged into Nonium and to be more accessible to null from prior mathematics. Although, they can combine into other Nonat Particles assuming alt-null subtruths and non-binary logic dependent on stability.

Stability[]

Stability of Metium actually consists of mysterious subtruth matrices assuming "stability," which is why many Nonat particles merge into other kinds regardless of nonorderly sizes. These are directly connected to alt-null branches of nullology mathematics and really hard to sustain by operators. It also applies to abnormal mathematics of abstraction / logic by extent.

Mettium[]

Mettium, known as Metiumium, is the only element that exists in Metium. Mettium forms when Nonium decays or a Nonoon decays from death. When enough Mettium is in one place, it forms a Metium.

Mettium is naturally purple, which is why Metium is purple. The reason why it is so hot is because a Metium forms when there is almost too much unstability and Mettium in one place, and that makes things very hot. And that's why Metiums are naturally very hot.

Stability[]

Believe it or not, at such a small size at this point, you might expect it to collapse immediately. But so far, most Nonons and Metiums are surprisingly stable. Lasting for entire OYC's before collapsing.

See Also[]

Elementary Nonexistent Chain <- Sub-Xial Class (-2) ☁ -> ⎊ Null class (-1) ⎊
Nonons

- ->
Mini-Unedion -> Unedion -> Milion -> Metium -> Nonon


Abstract Objects
Nothing Axion -> Micro-Axion -> Tiny Axion -> Small Axion ->
Axion -> -null- -> Mathon

Advertisement