Low Effort Moleculeism

Low Effort Moleculeism is the idea that low effort molecules (e.g. H₄NSb₂S₄OF, As₂Cu₃, etc.) are actually possible and that humans should try to look for these out in nature or synthesize them in labs. A "low effort molecule" is a molecule made by simply combining any type or number of positive and negative ions together to make a molecule (e.g. iodine + selenium + antimony + rubidium + iron). Molecules like these are unrealistic, especially because the electronegativities of the atoms is much lower than that of row 2 s-block (conventional molecule) atoms (C, N, O, etc.); they could easily oxidize once they hit oxygen. Low effort molecules may utilize highly unstable/rare/synthetic atoms (e.g. astatine, row 7 atoms) and polyatomic ions.