I don't understand what you mean. The dark photon would propagate in the same way as any EMF photon and carry all the properties of a EMF photon. These properties includes not only light but also a magnetic field. But the dark photon would also stabilize radioactive isotopes. The dark photon would be reflected by a mirror or a parabolic dish as in Parkhomov's experiment: "Influence of Relic Neutrinos on Beta Radioactivity"
Experimental results confirming predicted effects are described, including periodic variations of the β radioactivity as well as count rate bursts for a β radioactive source placed at the focal point of a parabolic mirror.
The dark photon would support Parkhomov's experimental result when viewed as dark photons as one of the components of dark matter.
Furthermore, Dark photons carry the weak force stabilization action at a distance. In the strange radiation tracks produced by EVOs, these transmutations produced at a distance are always radioactive stable because the magnetic fields immitted by the EVO carried by its vortex flux tubes that produces these tracts are comprised of dark photons which stabilize the transmuted elements at a distance.
A test could be conducted to determine if the carrier of the weak force is the dark photon or the relic neutrino. A photon obstructive material placed between the LENR reaction and the radioactive isotope would shield that isotope from stabilization effects whereas that material would not shield the radioactive material from stabilization action produced by relic neutrinos since neutrinos readily pernitrate matter and are unaffected by this type of obstruction..
If you remove the thing for propagation of x-rays and gamma, it cannot propagate.
I don't understand what you mean. The dark photon would propagate in the same way as any EMF photon and carry all the properties of a EMF photon. These properties includes not only light but also a magnetic field. But the dark photon would also stabilize radioactive isotopes. The dark photon would be reflected by a mirror or a parabolic dish as in Parkhomov's experiment: "Influence of Relic Neutrinos on Beta Radioactivity"
Experimental results confirming predicted effects are described, including periodic variations of the β radioactivity as well as count rate bursts for a β radioactive source placed at the focal point of a parabolic mirror.
https://arxiv.org/pdf/1010.1591
The dark photon would support Parkhomov's experimental result when viewed as dark photons as one of the components of dark matter.
Furthermore, Dark photons carry the weak force stabilization action at a distance. In the strange radiation tracks produced by EVOs, these transmutations produced at a distance are always radioactive stable because the magnetic fields immitted by the EVO carried by its vortex flux tubes that produces these tracts are comprised of dark photons which stabilize the transmuted elements at a distance.
A test could be conducted to determine if the carrier of the weak force is the dark photon or the relic neutrino. A photon obstructive material placed between the LENR reaction and the radioactive isotope would shield that isotope from stabilization effects whereas that material would not shield the radioactive material from stabilization action produced by relic neutrinos since neutrinos readily pernitrate matter and are unaffected by this type of obstruction..