Keeganium

Keeganium is the 150th element on the Periodic Table, synthesized before the preceding 8th energy level and beginning in the place of the 9th energy level. It is a unique radioactive metal that begins a new portion of the Periodic table with unique properties, the K block.
== General Information ==
Electron Configuration: 1s22s22p63s23p64s23d104p65s24d105p66s24f145d106p67s25f146d107p68s26f147d108p61K1
Known Isotopes: 306Kg and 308Kg. Attempts to make other isotopes have proved dangerous, as they cause warping of spacetime.
Average Atomic Mass: 307.856 kg/mol or 28255.4356659 NMmolH2OKeeg-1
First Ionization Energy: 213 kJ/mol or 6.97596*10-12 NMhs2Q-2molH2OKeeg-1
Melting Point: 249593K or 805.63kbt
Vaporization Point: 58893244K or 190094.72kbt
Emission Spectrum: All visible light wavelengths, and pure gamma, a phenomenon not yet observed
Color: Greyish Blue with a white glow under a sodium lamp.
Hardness: 8.6 on the Moh scale at STP.
Malleable as 1060 High Carbon Steel at half the melting point. Strong for construction.
Radioactivity: β+ decay. Half life is 300 Billion years or 4321518397.98 Q
== Periodic Trends and Info ==
Being a part of group 1 and absent of a period, Keeganium follows the group trend of ionization energy and reactivity, while general trends of periods are not yet known in the K block due to the uncertainty of new elements.
There is one absent element between Francium (Fr) and Keeganium (Kg), although the table depicts them further apart. This absent element has been discovered, but was bypassed due to its instability and uselessness. It doesn't deserve a name. Hypothetically, this element would begin the 8th energy level.
Due to the position of the K-Block, it is now certain that F-Blocks only exist up to the 6f sublevel, which has yet to be named or found useful. It inhabits the same period as the median between Francium and Keeganium, previously discussed.
The electronegativity of Keeganium is low, and reacts best with those of high electronegativities. The most difficult to separate bond known to man is that of KgF.
== Known Uses ==
* Keeganite (KgTi) is an alloy of Keeganium that uses the lightweight and rigidity of Titanium to make metallic products that are easy to carry by the public. It also avoids oxidation and violent reaction.
* Keeganium Power Cells - By harnessing the ionized element, the radiation is strong enough to be collected as positrons, a far more superior energy method than standard electrons.
* The Great Keeganium Reactor - Free energy for the regime has been secured through the creation of a self sustaining reactor of Keeganium created based on the power cells technology.
* Hydrokeegic Acid (HKg) is an acid that, when combined with Sulfuric Acid, can etch patterns into glass, a rare trait for acids, and can still dissolve plastic, unlike the other main glass etching acid, hydrofluoric acid, making it an extremely strong and powerful acid that could be used in chemical weapons and chemtrails.
* Liquid Keeganium is able to amalgamate with any of the F-Block elements, making explosive substances and antimatter creation pools. KgPu is the most used amalgamation, able to be converted between explosive and antimaterial through positive charges.
* Keeganium Oxide (Kg2O) is the product of leaving a piece of pure Keeganium metal exposed to the elements, specifically Oxygen in water and air in forms H2O and O2. NOTE: Keeganium and water produces a violent reaction.
== Natural Occurrence ==
Naturally, Keeganium is usually found as Cromanderson Rock (geological name) or Dichromyldikeegalcarbonide (chemical name) with the formula Cr2Kg2C. Pure Keeganium metal can be extracted from Cromanderson via a Hooton-DeMoss reaction, where in Nitrocyanide (CNN or CN2) gas is bubbled through molten Cromanderson at extremely high temperatures (>1000kbt), which then splits the Cromanderson into Carbon, Chromium Nitride, and pure Keeganium via the below chemical reaction. Most mining of Cromanderson occurs in the Keegan Prefecture.
Cr^{III}2Kg2C{}_{(l)} + N2C{}_{(g)} -> 2C{}_{(aq)} + 2CrN{}_{(aq)} + Kg2{}_{(l)}
Heavy gasses can also be compressed at low temperatures and high pressures into pure Keeganium through stable nuclear fusion. This is more dangerous, and is left isolated in space on the Keegan Space Station Array, Jupiter Class 1 station.
Keeganium is hard to detect through star imagery to be present in the fusion giants of the universe as Keeganium's vaporization point exceeds the surface temperatures of most stars, and additionally remains a liquid in the core of our sun (Sol). The presence of Keeganium in a star usually becomes apparent when the star goes Nova, only possible in a minority of stars.
Due to the density and gravitational pull of black holes, CDAC scientists believe that the singularities may be solid Keeganium, and any ejected matter from such singularities takes the form of plasmatic Keeganium. While this does disprove the idea of Black holes as warp gates or wormholes, it does express the black holes as sources of near infinite wealth, given that an average supermassive black hole, which would be the safest to traverse, contains enough condensed Keeganium to crash the global economy 10 times over.
It is much harder to detect the presence of Cromanderson or other Keeganium minerals on celestial bodies besides stars and black holes, as they are much harder to spot with current technologies. CDAC researchers on the outer belt stations are mining asteroids for minerals that may contain Keeganium. Others are pulling data from Keeged Pairs of Keeganium to perhaps link to a source of Keeganium beyond our current reaches, in hopes of more natural occurrence.