\begin{document}$ ^{287-290}\text{Og}$\end{document}, could be synthesized through the reactions \begin{document}$ ^{254}\text{Fm}(^{36}\text{Ar}, 3{{n}})^{287}\text{Og}$\end{document}, \begin{document}$ ^{255}\text{Fm}(^{36}\text{Ar}, 3{{n}})^{288}\text{Og}$\end{document}, \begin{document}$ ^{254}\text{Fm}(^{38}\text{Ar}, 3{{n}})^{289}\text{Og}$\end{document}, and \begin{document}$ ^{257}\text{Fm}(^{36}\text{Ar}, 3{{n}})^{290}\text{Og}$\end{document}; these reactions have maximum evaporation residue cross sections of 16.4 pb, 65.1 pb, 12.4 pb, and 111.1 pb, respectively."> Synthesis of unknown <sup>287−290</sup>Og isotopes infusion-evaporation reactions -
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