OK! I understand You want to discuss the one of the contradiction between the quantum mechanics and the theory of relativity, i.e. between Einstein and wave equation of Schrodinger and the determination of this equality and its interpretation by Max Born as a probability of some quantum process to happen, which is supported by Nils Bohr and other. I gave the answer of this physical problem in my theory USM kanevuniverse , but here I try to make summary of this answer. So let begin with the equality of uncertainty which follows by the experiments of diffraction of any particles. At the time was reject the possibility that this diffraction wave of some particle can be wave pilot, because of the instability of some wave package represented by this particle. So according to my theory, it is the mistake, which made up then the physicist. Because according to USM, that wave is exactly the wave pilot. That is so because through the wave movement of particle it creates its own field (see USM). That gives right to existence of the quantum mechanics and its correctness, according to USM, but with one stipulation, namely: All delivering of the quantum mechanics are correctly, but we cannot expect these quantum equations to give us a decision about of the essence of the field, because all equalities are set up upon the rule of energy preservation only. So according to USM any particle can represent by wave function plus potential function of the field of this particle, because the particles create they own field through inter movement between them (see USM). Or we can represent any particle with so called belated function, which is harmonic function plus potential function (see USM). So the problem of quantum mechanics, that any particle can be simultaneously on several places decline, it’s impossible! Each particle has exact coordinate in each moment movingly upon one harmonic function trajectory! Obviously I have to continue from the so called entangled particles or objects. So let ask ourselves the following: If the diffraction wave is the wave pilot of represented particle, then how we can distinguish the different particles because the wave is the same and it is endless (we can expect it all over our space)? Well the answer is phases – each particle has different phase. But what is the phase of particle? This is the distance between the particles (centers of own potential function of the particles), which are moving over the trajectory of the own wave belonging to all these equal particles (for example: protons, electrons and soon). So if we have one proton on some place in America for example and another proton in Europe, they have the same endless wave, but they distinguish themselves only by the difference of the own phases (something like phase modulation, similar to the principle of the internet communication). So if one of them – for example the American’s proton has phase zero, then another’s in Europe has phase t=S/C, where t – is time (phase), S – is distance between the places of the two protons and C – is velocity of light. Because the two protons are connected by their fields, then if for one of the two happened some changing, then communicating field ray (light ray) will pass road (S) to communicate this changing to the Europe’s proton. But the velocity of this communication is equal to the velocity of light, so according to the transformation of Lorenz shortening of the distances: l=l(0).[1-(V/C) to the power 2] to the power ½, follows that the distance between the two protons become equal to zero. So the phases become equal, which means that the particles are identical, or they are the same particle. So we obviously can say that one of the protons American’s teleported itself into Europe’s one with the speed of lightning and the two protons are the same, which contradict to the already made up conclusion that one particle can be only on one place simultaneously. Moreover we never observe in reality such event like teleportation. So where is the delusion? Well, we accepted that communicating ray can move with the velocity of light, which is equal to (C) only in vacuum! But if we have some matter in between then the velocity will be a little smaller then (C), the phases will be different and the particles even almost undistinguishable they still are two different particles. That is the essence of the so called entangled particles. And that is the proving ground about the assertion that in the Universe there doesn’t exist the empty or absolute space! Let’s see now what is the influence of the position of observation of these entangled particles? Let’s suppose that the point of observation lie somewhere on the line connected the two particles, less meaning how close it is at the one particle or another. Then observing the two particles simultaneously they own waves will be with contrary vectors of movement, i.e. the two waves are always mirror looking. Still to be precise the examined experimental table have to play again with the nowadays measurement instruments! G. Kanev
Posted on: Wed, 10 Dec 2014 12:19:10 +0000
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