The one-electron theory, also known as the one-electron universe hypothesis, is a fascinating and somewhat unconventional idea in physics. It was proposed by the renowned physicist John Archibald Wheeler in a telephone conversation with Richard Feynman in 1940. The central concept of this hypothesis is that there is only one electron in the entire universe, which travels back and forth through time, thus appearing as countless identical electrons at different positions in space and time.
Wheeler's idea was inspired by the fact that all electrons have identical properties, such as charge and mass, and that these properties are the same for both electrons and their antiparticles, called positrons, except for their opposite charges. He proposed that an electron moving forward in time would be seen as an ordinary electron, while the same electron moving backward in time would appear as a positron. As a result, all electrons and positrons in the universe would actually be manifestations of the same fundamental particle, weaving an intricate path through space and time.
The one-electron theory is an elegant and thought-provoking idea, but it has not gained much traction within the mainstream physics community. This is because the hypothesis is difficult to reconcile with experimental observations and the established principles of modern physics. For example, the theory would require that the number of electrons and positrons in the universe be equal, but experimental data indicates that there are far more electrons than positrons. Moreover, the standard model of particle physics, which successfully describes the behavior of fundamental particles and their interactions, does not support the one-electron hypothesis. [Nassim Haramein Group on Facebook Mustapha Bounouader]
"all electrons have identical properties" if this is so then all electrons are sympathetic to one another and appear as one electron - having different xyz coordinates, of course. They are all then connected with sympathetic streams (quantum entangled). The same logic should apply to all other 'particles' of so-called matter. [[((Dale Pond]]