QCD affects electron and nucleon through the vacuum quark and gluon condensate dynamics. We propose a double well potential model for the electron and pion tetrahedron dynamics on a pion tetrahedron lattice that represents the vacuum, where quarks are exchanged between electron and pion tetrahedron creating effective motion of the electron. Dirac’s electron Zitterbewegung frequency, (2m_e c^2)/ħ, is related herein to the ground state frequency of the proposed double well potential having a barrier height of at least 2m_e c^2, the threshold for production of an electron-positron pair. The pion tetrahedron density variation in space may be measured using the Zitterbewegung variation between the aphelion and perihelion of earth’s elliptic trajectory using Penning-trap technique. Magnetoresistance and spin torque may be explained by a QCD based electron and pion tetrahedron gas model. We suggest adding the pion tetrahedrons condensate energy density to Einstein’s equation energy-momentum tensor. We propose that the Zitterbewegung force free trembling motion and the Zero-Point-Energy (ZPE) electromagnetic field fluctuations are low energy QCD tracks of the vacuum pion tetrahedrons.