Vector current and axial current theory (M. Gell-Mann) is an important foundation of quantum chromodynamics (QCD) and the Standard Model of Particle Physics.1 This paper extends vector current and axial current theory to networked Higgs mechanisms. These networked Higgs mechanisms provide a basis for "timing fast and slow periodicities" and "state flipping". The theory here (G. 't Hooft) is that "timing periodicities", and "state flipping", are important foundations of entanglement, dark matter, and bridging that which is quantum to that which is classical.2 Timing periodicities at the quantum level is in turn based on the theoretical concept of quantum clocking within a time-invariant dynamical system (Wilczek), which in this paper comes in the form of projective elliptics.22-23 Coincident with confirmation of the Higgs boson at the Large Hadron collider (LHC), scientists proposed, as a next big step, the Circular Electron Positron Collider (CEPC) to be completed in 2030.3-4 Much like the search for the Higgs drove the LHC, the search for dark matter will drive CEPC. This paper predicts a dark matter portal, and associated dark matter / energy, at the MeV, below electro-weak, scale. The Beyond the Standard Model Physics Working Group, and others, theorize that "... a viable possibility (for dark matter) is so called hidden sector physics, that comprises new particles with masses below the electro-weak (EW) scale that couple very weakly to the Standard Model (SM) world via portals".5-8