As addition, let us examine briefly some mathematical correspondences with mathematical description of Higgs's mechanism (see https://www.physicsforums.com/showthread.php?t=224611 )
Let's write down the interaction Lagrangian of photon with atom nucleus:
(eq7)
L=\Phi ^+\left( {\hat...
Equations of the fermions
Making the factorization of the equation (3) and multiplying it from left to
the Hermitian- conjugated wave function we will obtain the equation:
(eq5)
\Psi ^+\left( {\hat {\alpha }_o \hat {\varepsilon }-c\hat {\vec {\alpha
}}\cdot \hat {\vec {p}}-K}...
Now, following the Feynman diagram, we attempt to describe mathematically the process of the pair electron-positron photoproduction by means of the intermediate stage with massive vector boson.
We will use here only final formulas, the detail proof of which it can be found on the thread...
Thanks. It is interesting and similar. But in my analysis (see below) Higgs boson is absolutely absent, but the mathematics is similar to Higgs mechanism.
Now let us examine the above-mentioned process of particles’ mass generation in regard to one simple case in the framework of QFT, in parallel to Higgs's mechanism.
Photon as gauge field
Thus, the theory of Standard Model (or theory of Young-Mills gauge fields) is the theory of gauge...
I will first remind briefly Higgs’s mechanism (in more detail see the thread https://www.physicsforums.com/showthread.php?t=224611 )
On the Higgs mechanism of the acquisition of particles’ masses in the Standard Model
Standard Model (SM) describes all fundamental interactions of...
Now I can answer this question in more detail and in the essence.
Many scientists doubt in reality of the theory of strings, super-symmetry and other ideas, connected with the last development of the contemporary fundamental theory of physics. Some consider that this theory “is even not...
Non-Higgs boson process of the generating of elementary particle masses in QFT
As is known in the experiments on LEP and Bevatron, Higgs's bosons were not discovered. It is supposed that an energy amount bigger than 160 GeV is here needed. But some scientists doubt the detection of Higgs in...
From above follows some interesting consequences
The breaking of the twirled QEM-string makes it possible to outline the solution of the some known theoretical problems:
1. It is not difficult to understand that the above twirling and breaking process of QEM string corresponds to the...
The equation of closed QEM-semi-string
The equation (19) or (20) may be disintegrated on two Dirac-like equations with mass:
(eq21)
{\begin{array}{*{20}c} {\left[ {\left( {\hat {\alpha }_o \hat
{\varepsilon }+c\hat {\vec {\alpha }}\hat {\vec {p}}} \right)+\hat {\beta }m_p c^2}...
The closed QEM-string equation
As it is follows from previous sections due to the curvilinear motion of the electromagnetic wave, some additional terms K, corresponding to the tangent components of the displacement current, will appear in the equation (eq6), so that from (eq6) we have...
Physical sense of twirl transformation
Let’s now revert to the question, what is the transformation, which we produced. In QFT and GTR [11] this transformation is known as the transformation of the field, which generates the compensate fields. It was shown also, that this transformation is...
Not only. We see here that the strings are not abstract mathematical objects, but physical field elements of nature.
I hope that the thread gives further more than title promises.