THE SPACE – TIME DETERMINATION PRINCIPLE AND THE TIME EXIST STILL IN PARTICLES ENTANGLEMENT ACCORDING TO EVTD2 ENTITIES THEORY

Abstract

A very condensed summary of EVTD2 theory shows that it bases on phenomenon of an electromagnetic wave mother (EMW) existence that would have the highest frequency in whole Universe. Taking this into account, we can consider a new approach on the experiments that used a single “photon” or two correlated “photons” to make evident the phenomenon of particles correspondence. Today, any of well-known theories is not enough adapted and cannot explain the enigmas connected to this subject. Only the EVTD2 theory can do this by remaking valid the space – time determination principle and the time existence, both being abandoned by certain physicists. The existence of EMW would create waves that we call “tunnel wave” in condensed matter systems that would guide preferentially low energy particles in case of EMW and its harmonics resonance in experimental devices. According to EVTD2 theory, the “photon” would be a succession of shocks – impulsions on the entities of condensed matter. Thus, we could give a representation of phenomena where is made a choice between different ways presenting perfect correspondence and anti-correspondence according to very little differences between them. For this, it is enough to consider that one or more „water drops” would represent one low energy “photon” or two correlated „photons” and the way with EMW resonance would be imagined as the “highest flow” branch of a mountain torrent. The “water drop” falling before the bifurcation has a great chance to take the highest flow way of the torrent. Thus, the space – time determination principle is strongly coming back and explains by “tunnel wave” resonance and non-resonance the correlated or non-correlated choices of “photons”. Of course, the time never vanished in these phenomena and consequently it is not necessary to try an explanation for a particular communication between corresponding particles that mostly obey to a well-defined determination during time.