Proton stability
Atoms
It is well known that gamma ray photons will ‘spontaneously’ transform into electron-positron pairs when in a highly charged field. I propose that this process is not entirely spontaneous but instead is triggered by a collision with a highly charge imprinted i-neutrino. There will, of course, be a very high flux density of such neutrinos in the high energy field conditions in which gamma rays are produced and so there will be a proportionately very high incidence of transformations.
Photon condensation
Gamma ray photon
i-neutrino
Electron
Positron
Electron-positron pair transformation in a high energy electric field
Only i-neutrinos in powerful fields such as the z-pinch will be sufficiently highly charge imprinted to trigger photon condensation.
Proton stability
Atoms
It is well known that gamma ray photons will ‘spontaneously’ transform into electron-positron pairs when in a highly charged field. I propose that this process is not entirely spontaneous but instead is triggered by a collision with a highly charge imprinted i-neutrino. There will, of course, be a very high flux density of such neutrinos in the high energy field conditions in which gamma rays are produced and so there will be a proportionately very high incidence of transformations.
Photon condensation
Gamma ray photon
i-neutrino
Electron
Positron
Electron-positron pair transformation in a high energy electric field
Only i-neutrinos in powerful fields such as the z-pinch will be sufficiently highly charge imprinted to trigger photon condensation.
-
Proton stability
Atoms
Photon condensation
Only i-neutrinos in powerful fields such as the z- pinch will be sufficiently highly charge imprinted to trigger photon condensation.
It is well known that gamma ray photons will ‘spontaneously’ transform into electron- positron pairs when in a highly charged field. I propose that this process is not entirely spontaneous but instead is triggered by a collision with a highly charge imprinted i- neutrino. There will, of course, be a very high flux density of such neutrinos in the high energy field conditions in which gamma rays are produced and so there will be a proportionately very high incidence of transformations.
Gamma ray photon
i-neutrino
Positron
Electron-positron pair transformation in a high energy electric field
Electron