Very High-Temperature Superconductivity (VHTS) is possible, but requires the formation of electron-pairs by Coulomb forces. This is demonstrated by generalizing Bohr’s model for H2 molecules. Two electrons are then moving on quantized orbits in the median plane of the centers of neighboring Mg2+ ion cores. Even their effective charge is determined by Bohr’s method and improves then the Thomas-Fermi model. Computation of the binding energy per electron-pair in a row of Mg atoms reveals that VHTS requires practically pure magnesium metals with a nearly perfect lattice structure. This proposition can be experimentally tested, but is already justified by observable properties of Unconventional Flying Objects (UFOs). Though cuprates are only moderate high-temperature superconductors, this phenomenon is also due to Coulomb forces and merits therefore a specific study.
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