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The symmetry of the Periodic Table makes it possible to predict certainproperties of similar elements and compounds using one of them as a template.Magnesium diboride, MgB2, presents a useful template in the search for similarmaterials. Starting from electronegativity, valence electron and atomic numberequivalency, we identify many potential similar materials. One of them is theberyllium silicide, Be2nSin cluster system. We establish that though not yetproduced in bulk, Be2Si exists. We show from symmetry principles that berylliumsilicide and some of its clusters will be MgB2-like superconductors with Tcsclose to or higher than 39K.

Beryllium Silicide Clusters, BenSin, Be2nSin (n = 1 - 4) and possible MgB2-like Superconductivity in some of them