Electromagnetic Wave Induction, summarized and illustrated

Electromagnetic Wave Induction describes how electromagnetic waves propagate themselves through empty space. Electric charges emit virtual photons streaming outward in straight lines in all directions, making an electric field. Electric-charge acceleration kinks electric-field line transversely, because charge increasingly changes position. Electric-field change makes magnetic field, and then magnetic-field change makes electric field, and so on, so kink travels outward along electric-field line, at light speed. Only wave leading edge (wave front) exists at any time, and kinetic energy directly proportional to force that caused charge acceleration travels outward.