Universality of the Theory

Nuclear Interaction and Theoretical Physics

Nuclear interaction is one of the most interesting and mysterious phenomena in Nature. In modern theoretical physics, nuclear interaction is considered fundamental. It is believed that strong nuclear interaction is an attraction and its main reason lies in the structure of protons and neutrons, which consist of quarks and gluons. However, the model of the quark structure of the proton and neutron existing in theoretical physics is very complex. In addition, no one could explain why quarks are never knocked out of hadrons. 

The deep source of a large amount of energy in a nuclear explosion shrouded in mystery. So far, a nuclear explosion is unconvincingly explained, since it uses the unknown essence of a number of fundamental concepts of physics. So, the concept of “Charge” is used, which has a purely phenomenological definition. The concept of "Gravity" is used, the essence of which in modern physics has not yet been established. In the theory of a nuclear explosion, the concept of "Nuclear strong interaction" is used, which is hidden in a nuclear explosion along with all its secrets.

Until now, the reason for the short-range nuclear force remains a mystery. No less secret remains the strict certainty of the zone of this short range, in contrast to Gravity and the magnetic field. This zone is several times larger than the proton and for some reason is close to the size of the nucleus. The reason why the proton and neutron are attracted at distances close to the value of the indicated zone has not been established. Why are they indifferent to each other at greater distances? Why do they repel when overlapping. For larger nuclei than deuterons, the situation is even more complicated. To this is added the inveterate mystery of the nature of the difference between the masses of the proton and neutron.

The diagrams obtained on particle accelerators of the relationship between the number of protons Z and neutrons N (What Holds Nuclei Together?   Of Particular Significanse Fig 3 see) reveal an additional series of puzzles that cannot be solved on the basis of quark ideas about the structure of the nucleon. So, there is no explanation why for stable nuclei, at low values of the number of neutrons and protons, these quantities are almost mutually equal. It is not clear why, with an increase in the number of neutrons in stable nuclei, their number gradually becomes larger than the number of protons. The mystery is not revealed why in this diagram the band of stable nuclei remains narrow for all values of Z.

So many mysteries and secrets! However, since the Unified Theory of Nature described on this site (Working out of the Unified Theory see) is universal and confirmed by its many successful applications (Universality of the Theory see) it should also allow revealing these indicated secrets. Let's try to do this (Nuclear Interaction and the Unified Theory see and The reason for the difference in proton and neutron masses, Ether-vortex nature of a nuclear explosion, Why are there fewer protons than neutrons in the nucleus of an atom?

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