Giovanna D'Alonzo
In a small temperature range, at temperatures below the temperature sufficient for the passability of the electronic cloud of atoms that make up a solid in vacuum experiments, a “fusion” could occur between the atom that characterizes the solid and the atom or ion that composes the gas. The procedure must be performed in a vacuum with the help of Special Forces, including the pressure force of a piston, the increase in the power of the natural kinetic energy of the gas using suitable instrumentation, harmonic oscillations of the filter, and other forces to be applied about the specific experiment to be carried out. The merger between the atom constituting the filter, and the atom formatting the gas could lead the system with its complex mechanism of energies and forces to opt for the minimum energy configuration. It i.e., could happen that the two nuclei of the two atoms merge. In this way, a change in the state of matter could occur; even the crystalline form of the solid could change. If the gas consisted of hydrogen atoms, the atom constituting the solid after this transformation could increase its atomic number by changing its state of matter even in its crystalline lattice shape. Some application hypotheses are the transformation of Boron into one of the various forms of Carbon and the change of Silicon into black phosphorus.
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