Fundamental interactions

Errors in the physics: FUNDAMENTAL INTERACTIONS OF ELEMENTARY PARTICLES

Has historically developed, that partitioning of interactions of elementary particles is into classes has been yielded on intensity of their course. These are the gravitational interactions strong, electromagnetic and weak and added to them. We will ask a question behind what of the numbered interactions there are real-life physical fields. We will view them upside-down.

Gravitational interactions have a gravitational field is the fact.

At weak interaction no field is present.

Electromagnetic interactions have an electromagnetic field is too the fact.

At field strong interaction in a macrocosm is not present. But there is a question – that is understood as strong interaction. If as strong interaction are understood kernel then it is necessary to consider that fact that the field theory of elementary particles has erected their nature – namely: nuclear interactions are in the core interactions of constant magnetic fields of nucleons in a short-range band. Hence, strong interaction is the shape of electromagnetic interactions.

As we see, existence only the gravitational and electromagnetic interactions are really proved. All the others should be derivative of the first if they in general exist in the nature. It, first of all, concerns weak interaction. And as to "open" carriers of weak interaction that, first virtual particles in the nature are not present, and secondly always it is possible to choose particles from perpetually great number of elementary particles with the given spin and with demanded quantity of a rest mass (especially when the theory does not give exact value), but such particles it can appear more than it is required to "theory".

So, we have returned to two fundamental interactions, as well as hundred years ago: electromagnetic and gravitational. Physicists tried to think up something else, but the nature has solved that to it enough two. It means, at the heart of a microcosm the electromagnetism lays.

V.A.Gorunovich

6.8.2011