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GIF-portrait of a proton. Internal density
distribution and dynamics of motion of the wave layers in the proton.
Explanation of the GIF-figure. The proton, like the electron and the neutron, consists of an infinite number of wave layers running around the vertical axis Z. In the very center of the proton is a double core of the proton (in the figure as a dark object with a small black ball). In the core, the density of wave energy reaches a maximum. In contrast to the electron, where in the center the energy is zero. And unlike the neutron, in which the nucleus has a single core, in the proton the nucleus consists of two seals and is slightly non-axisymmetric. Then follows the second energy wave layer (red), and then even less energetic (yellow). These four layers occupy approximately 90% of the total energy = the mass of the proton. The total energy in them is distributed in a ratio of approximately ≈ 4: 4: 2: 1. The mathematical solution is such that the energy is maximal in the middle of the layer and decreases to zero between the layers, and the direction of the wave on the surface between the layers changes the direction of motion to the opposite. Concerning the motion of the two core seals, there is no certainty yet. How they move, one by one, or half-way to one another. Thus, on the basis of the new GIF-pattern of the proton, the following phenomena become clear: 1) This gif-figure illustrates the previously determined theoretically axial asymmetry of the proton. 2) This figure illustrates the generality of the structure of a neutron and a proton. Especially at a distance from the center. But in the very center there are significant differences, leading to the fact that the charges and spins of the neutron and proton are significantly different. Опубликовано: https://www.academia.edu/35509824/GIF-portrait_of_a_proton Обсуждение: https://www.academia.edu/35501720/GIF-portrait_of_a_proton
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Страница размещена на сайте в ноябре 2017 года |
