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Nakillium: Difference between revisions
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{{Infobox|title=Nakillium|header1=Atomic properties|label2=Atomic number (Z)| | {{Infobox|title=Nakillium|header1=Atomic properties|label2=Symbol|data2=Nk|label3=Atomic number (Z)|data3=-1}} | ||
'''Nakillium''' is a extremely rare element in the universe. Its gravitationnal properties made its usage highly ruled by the [[Galactic Society]]. It has been first discovered on [[Acestas Arir]] but forgotten since the fall of the [[Kastelar civilisation]]. | '''Nakillium''' ('''Nk''') is a extremely rare element in the universe. Its gravitationnal properties made its usage highly ruled by the [[Galactic Society]]. It has been first discovered on [[Acestas Arir]] but forgotten since the fall of the [[Kastelar civilisation]]. | ||
One of the most important known deposit of nakillium is [[Jaglabor]]. The system is under control of the [[Rasbar empire]], but the Galactic Society required to secure the planet to the maximum level. | Nakillium wasn't even supposed to even exist due to the fact it associates both one proton and one antiproton in its nuclei. Nakillium discovery opened a new field of research and helped to establish the [[Null-charge theory]]. Its formation was made possible through interaction within cosmic string condensate, making it a extremely sparse resource. | ||
One of the most important known deposit of nakillium is [[Jaglabor]]. The system is under control of the [[Rasbar empire]], but the Galactic Society required to secure the planet to the maximum level. Minerals are mostly made by nakillium sulfate (Nk<sub>2</sub>SO<sub>4</sub>) or nakillium carbonate (Nk<sub>2</sub>CO<sub>3</sub>). | |||
== Properties == | == Properties == | ||
Nakillium is known to have various crystalline structures as a solid, Nk-I phase is stable while Nk-II phase is metastable. | |||