GIF-portrait of a neutron.

Internal density distribution in the neutron.

Abstract. The model of an elastic continuum and localized wave vortices is used. The solutions of the wave equation have a discrete spectrum. Identification of the second solution i, j = (1,0) as a neutron was carried out. Taking into account the superposition of the wave on itself, the energy density distribution inside the neutron is obtained.
Here is the graph of the radial distribution of neutron density. 

Here is an old, approximate figure of a neutron. You can say a sketch of a neutron.

Here q, θ, φ – spherical coordinates. In the first approximation, the object is axisymmetric, therefore the integral is taken over φ.   q is the radial coordinate. L₁,L₂ , k  - some constants. Interested persons can check on the computer.

But the updated GIF-portrait of an neutron, calculated on a computer. The current reference to this GIF-drawing, in motion, is given in the commentary. And the text link here: http://universe100.narod.ru/260/image003.gif   or   https://i.yapx.ru/gw8k.gif .

Explanation of the figure. A neutron, like an electron, consists of an infinite number of wave layers running around the vertical Z axis. At the very center of the neutron (the dark ball), on the Z axis, the wave energy reaches a maximum, this is the neutron CERN. In contrast to the electron, where in the center the energy is zero. Then follows the second energy wave layer (violet), and then even less energetic (gray). These three layers occupy approximately 90% of the total energy = the neutron mass. The energy in them is distributed in a ratio of approximately 6: 4: 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.
   Thus, on the basis of the new GIF-figure of the neutron, the following phenomena become clear:
1) The nature and nature of the core become clear. This is an energy seal in the center of the object, which gives a mathematical solution (1.0).
2) The zero neutron spin becomes clear. Despite the fact that each layer of the object has a decent angular momentum, in sum they give a value close to zero. This is mathematics.
3) The physics of neutron stars becomes understandable. The substance can be compressed to the size of a neutron core. Further it is impossible to squeeze. This is the limit. And at these compression levels, there is an annihilation of protons oriented "forehead", converting them into a pair of photons and flashing into space.
4) There are no black holes. This is an idle invention of mathematicians. Compression of matter is denser than that of neutron stars is not possible.

Опубликовано: https://www.academia.edu/35363224/GIF_portrait_of_a_neutron

Обсуждение: https://www.academia.edu/35341279/GIF_portrait_of_a_neutron

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