Difference between revisions of "Onnesium"
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| − | Rare element, atomic number 118, mildly radioactive and a proven room temperature superconductor. '''Onnesium''' is normally found as small, silvery spheres embedded within meteoric nickel-iron. Created within supernovae, onnesium is plated onto asteroidal surfaces, and can eventually be discovered in free-floating or in impact craters upon planetary surfaces. | + | Rare element, atomic number 118, mildly radioactive and a proven room temperature superconductor. '''Onnesium''', one of the stable [[Superheavy element]]s, is normally found as small, silvery spheres embedded within meteoric nickel-iron. Created within supernovae, onnesium is plated onto asteroidal surfaces, and can eventually be discovered in free-floating or in impact craters upon planetary surfaces. |
Recent discoveries in the {{WorldS|Gavza|Reaver's Deep|1117}} system have suggested that a supernova at Reavers' Deep 1118 may have spread onnesium to several nearby systems within the Scotian Deep subsector. | Recent discoveries in the {{WorldS|Gavza|Reaver's Deep|1117}} system have suggested that a supernova at Reavers' Deep 1118 may have spread onnesium to several nearby systems within the Scotian Deep subsector. | ||
Revision as of 11:44, 22 April 2008
Rare element, atomic number 118, mildly radioactive and a proven room temperature superconductor. Onnesium, one of the stable Superheavy elements, is normally found as small, silvery spheres embedded within meteoric nickel-iron. Created within supernovae, onnesium is plated onto asteroidal surfaces, and can eventually be discovered in free-floating or in impact craters upon planetary surfaces.
Recent discoveries in the Gavza (Reaver's Deep 1117) system have suggested that a supernova at Reavers' Deep 1118 may have spread onnesium to several nearby systems within the Scotian Deep subsector.
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