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The search for superconductivity in materials iso-structural and iso-valentwith magnesium diboride, MgB2, has not yielded any results close enough to the39K Tc of MgB2. Lithium magnesium nitride, LiMgN, resembles MgB2 in that theyboth have the same averages of electronegativity, valence electron count andatomic number. Their formula weights are very close too. Using our recentlypublished chemical symmetry rules for estimating superconductivity and Tcs ofmaterials, we predict that LiMgN, a semiconductor at room temperature, with thesame material specific characterization dataset (MSCD) as MgB2, should be asuperconductor, in the ordered {\alpha}-phase or the orthorhombic phase, whencooled to 39K.

Possible High-Tc Superconductivity in LiMgN: A MgB2-like Material