Very High-Temperature Superconductivity of Pure Mg Metals, UFOs and Cuprates

Abstract

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 H 2 molecules. Two electrons are then moving on quantized orbits in the median plane of the centers of neighboring Mg 2+ 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.