What is Moscovium?
{{Infobox moscovium}} '''Moscovium''' is a [[Superheavy element|superheavy]] [[synthetic]] [[Radioactive decay|radioactive]] [[chemical element]] also known as '''[[Mendeleev's predicted elements|eka]]-bismuth'''. It has the symbol '''Mc''' and the [[atomic number]] 115. Moscovium does not exist in nature. It is made from a [[nuclear fusion|fusion]] reaction between [[americium]] and [[calcium]]. The element is named in honor of the Russian city of [[Moscow]]. Moscovium is in or near the center of the [[theory|theoretical]] [[island of stability]]. No [[stable]] [[isotopes]] of moscovium have yet been found. The most stable isotope with 184 neutrons is <sup>299</sup>Mc. The isotope that has been made has only 175 neutrons (<sup>290</sup>Mc). == Uses == There is no use of Moscovium at the moment because of its radioactivity and the fact that it decays pretty quickly. == History == On [[February 2]], [[2004]] a [[report]] that moscovium and [[nihonium]] were [[discovery of the chemical elements|made]] was written in a [[journal]] named [[Physical Review]] C. The report was written by a team of [[Russia]]n [[scientist]]s at [[Dubna]] University's [[Joint Institute for Nuclear Research]] and [[United States|American]] scientists at the [[Lawrence Livermore National Laboratory]].<ref>{{cite journal | year = 2004 | title = Experiments on the synthesis of element 115 in the reaction <sup>243</sup>Am(<sup>48</sup>Ca,xn)<sup>291−x</sup>115 | journal = Physical Review C | volume = 69 | issue = 2 | pages = 021601 | doi = 10.1103/PhysRevC.69.021601 | bibcode = 2004PhRvC..69b1601O | url = http://link.aps.org/abstract/PRC/v69/e021601 | last1 = Oganessian | first1 = Yu. Ts | last2 = Utyonkoy | first2 = V. K. | last3 = Lobanov | first3 = Yu. V. | last4 = Abdullin | first4 = F. Sh. | last5 = Polyakov | first5 = A. N. | last6 = Shirokovsky | first6 = I. V. | last7 = Tsyganov | first7 = Yu. S. | last8 = Gulbekian | first8 = G. G. | last9 = Bogomolov | first9 = S. L. | last10 = Mezentsev | first10 = A. N. | last11 = Iliev | firs