Nakillium: Difference between revisions
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'''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]]. | '''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]]. | ||
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>). | 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>). | ||
Latest revision as of 08:28, 29 January 2025
| Atomic properties | |
|---|---|
| Symbol | Nk |
| Atomic number (Z) | -1 |
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.
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 (Nk2SO4) or nakillium carbonate (Nk2CO3).
Properties
Nakillium is known to have various crystalline structures as a solid, Nk-I phase is stable while Nk-II phase is metastable.