1) The fractal of an electric field in the substringular is the angular momentum of superstrings. The angular momentum of superstrings is the Hamiltonian-based leveraged wave-tug/wave-pull that is exerted in a transversal manner upon a substringular phenomenon. Amperage itself is charge per time.
2) The fractal of a magnetic field in the substringular is the Hamiltonian-based spin-orbital-momentum that exists among substringular phenomena. This is the Hamiltonian-based leveraging of the wave-tug/wave-pull that is exerted in a radial manner upon a substringular phenomenon. Voltage is energy per charge.
3) Planck phenomena flow as the discrete units of energy impedance in the substringular. Wavelength of electromagnetic energy pulsates in a manner in so that the electric field that directly corresponds to this fluctuates over time, in accordance to the extrapolation-based measurments of their respective directly corresponding eluded to wavelengths.
4) Electrons are comprised of more plain kinetic energy than neucleons, over time. Plain kinetic energy bears discrete energy permittivity in the form of open-superstrings. The just eluded to open strings close when such kinetic energy is released from a dropping electron, in the form of a photon. A photon is a discrete unit of electromagnetic energy.
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