7) A superstring and its light-cone-gauge eigenstate are both non-abelian when tachyonic, and a collapsed white dwarf has superstrings that are abelian as its light-cone-gauge eigenstates are abelian.
8) Gluons are superconformal per instatnon when these kinematically differentiate from holomorphically one Planck length to antiholomorphically two Planck lengths to holomorphically one Planck length, then from norm to holomorphically one Planck length, to norm to antiholomorphically two Planck lengths, to norm to holomorphically one Planck length, when existing in forward moving time. In backword moving time, these holomorphic directoralizations are reversed.
9) When a gluon is mildly perturbated, the Chern Simmons conditions cause the gluons to go from needing 191 times less Higgs Action activity to needing 191 times more Higgs Action activity to stay together when these are gluing together quarks and leptons. When the perturbation becomes too strong, the gluons unglue and the sub-atomic particles dismember.
10) The one-dimensional superstring moves radially and spin-orbitally and transversally. As the one-dimensional superstring transversally and spin-orbitally moves along with the electron in a non-perturbative flow, it moves one Planck radii holomorphically, then two Planck radii antiholomorphically, then one Planck holomorphically, then one Planck radii norm to holomorphically, then two Planck radii norm to antiholomorphically, then one Planck radii norm to holomorphically.
11) Protons and neutrons as holonomic strata vibrate within the nucleus with a harmonic vibration when unperturbated. The two-dimensional superstrings of their energy may be superconformal as that of a one-dimensional superstring of an electron, yet the nucleus does not holonomically move transversely in a Fourier series integration, and the spin and parity of a nucleon is different from that of an electron. Electrons have fractional spin. Nucleons have whole spin. Electrons have an antiholomorphic permittivity-like parity while protons have holomorphic permittivity-like parity.
12) Neutrinos propagate transversely, spin-orbitally, and radially in a set operative manner through space directorally transversely, and may be captured with heavy water.
13) Neutrino energy may be dissipated by capturing these in heavy water, while then converting this water into superheated steam by adding infrared electromagnetic energy.
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