Neutrino Physics on the special Superstrings in Metals

Recently, we have established a special framework for metallic superstrings featuring a huge topological charge, which enables capture of barely visible particles, i.e., gravitons and QCD axions of cosmic dark matter. Can the special string for everything capture neutrinos? Using the available data in previous reports, delicate 1+1D neutrino physics are successfully elicited from the collective low-energy sphalerons on macroscopic superstrings in a pure niobium (Nb) sheet activated by neutron irradiation. Above a topological quantum-phase transition, random Nb-92m impurities at a distance condense into paired sphalerons, which decay into oriented doublets of (Zr-92 and Mo-92) faster than twice the intrinsic speed. The pairing range indicates an electron-neutrino Dirac mass of