Ununennium may also show the +3 and +5 oxidation states, which are not seen in any other alkali metal, in addition to the +1 oxidation state that is characteristic of the other alkali metals and is also the main oxidation state of all the known alkali metals: this is because of the destabilisation and expansion of the 7p3/2 spinor, causing its outermost electrons to have a lower ionisation energy than what would otherwise be expected.
ʌnˌʌnɛnˈɪəm mˈeɪ ˈɔːlsoʊ ʃˈoʊ ðə plˈʌs θɹˈiː ænd plˈʌs fˈaɪv ˌɑːksɪdˈeɪʃən stˈeɪts, wˌɪtʃ ɑːɹ nˌɑːt sˈiːn ɪn ˌɛni ˈʌðɚɹ ˈælkəlˌaɪ mˈɛɾəl, ɪn ɐdˈɪʃən tə ðə plˈʌs wˈʌn ˌɑːksɪdˈeɪʃən stˈeɪt ðæt ɪz kˌæɹɪktɚɹˈɪstɪk ʌvðɪ ˈʌðɚɹ ˈælkəlˌaɪ mˈɛɾəlz ænd ɪz ˈɔːlsoʊ ðə mˈeɪn ˌɑːksɪdˈeɪʃən stˈeɪt ʌv ˈɔːl ðə nˈoʊn ˈælkəlˌaɪ mˈɛɾəlz: ðɪs ɪz bɪkˈʌz ʌvðə diːstˌeɪbɪləzˈeɪʃən ænd ɛkspˈænʃən ʌvðə sˈɛvən pˈiː θɹˈiː slˈæʃ tˈuː spˈɪnɚ, kˈɔːzɪŋ ɪts ˈaʊɾɚmˌoʊst ᵻlˈɛktɹɑːnz tə hæv ɐ lˈoʊɚɹ ˌaɪənəzˈeɪʃən ˈɛnɚdʒi ðɐn wʌt wʊd ˈʌðɚwˌaɪz biː ɛkspˈɛktᵻd.