From what I can see using a very basic understanding of superconductivity, in that patent superconductivity is achieved by:
1) Taking a wire, and mechanically inducing a wave of lattice vibrations
2) Firing a pulse of electricity down the wire to "ride the wave" of superconductivity produced
whereas normal superconductors (including this one) produce superconductivity because the first positively charged electrons in a wave of current "pulls up" the negatively charged lattice behind it as it passes over creating a wave that attracts the second wave of electrons traveling behind (which in turn does the same to the third.)
1) Taking a wire, and mechanically inducing a wave of lattice vibrations 2) Firing a pulse of electricity down the wire to "ride the wave" of superconductivity produced
whereas normal superconductors (including this one) produce superconductivity because the first positively charged electrons in a wave of current "pulls up" the negatively charged lattice behind it as it passes over creating a wave that attracts the second wave of electrons traveling behind (which in turn does the same to the third.)