Origin of inertia from hadron colliders

The macro-quantum coherent vacuum superconducting condensate Higgs-Goldstone fields provide the small rest masses of lepton and quark spinors by the QCD analog of the Meissner effect in electrical superconductors via an additional Yukawa coupling to the spinors. The Meissner effect gives a rest mass to the photon inside the superconductor. The analog here is the rest masses of the three flavor SU2 weak force W-mesons,  The much larger hadron masses are from the confined zero point vacuum fluctuations of virtual particles inside the vacuum of the quarks bound by stringy virtual gluon flux tubes like rubber bands where the sticky QCD color SU3 force varies linearly with the separation between the quarks.