What is the electron?
- From: "socratus" <israelsad@xxxxxxxxxxxx>
- Date: 14 Apr 2006 10:07:55 -0700
Robert Milliken, who measured electron, in his Nobel speech ( 1923)
told, that he knew nothing about "last essence of electron".
In that case there is one old joke.
One professor asked a student:
" What is an electron?"
" Ah, God damn it! I have forgotten. And in fact even in the morning
I knew it. "-
the student answered.
" You should recollect it without fail, - professor said - because
you were
the unique person who knew, what electron was, and you had suddenly
forgotten!"
This old joke does not grow old.
And today a question: "What is the electron?" remains without
answer.
How the electron looks nobody knows.
* * *
There isn,t the Maxwell's theory / SRT without electron.
The electron is a main and single hero in the Maxwell's theory and SRT.
1) What does the electron do in Maxwell's theory?
Maxwell's equations have no relation to the movement of the electron.
They describe the distribution of electromagnetic waves
but not the movement of a particle such as an electron.
In Maxwell's theory, the electron is considered local,
as though the particle is "at rest".
This means that it particle does not move rectilinearly,
but rotates around the diameter
(has the form of a sphere- geoid).
The electron rotates around of its diameter with the speed
more than c=1. / Tachion theory/.
Therefore:
1.The electron has an electrical charge e =±v hca
2. This electron /charge has energy E = h w
The rotation of the electron creates electrical waves.
* * *
But everybody knows, that an electron is not a firm sphere.
Everybody knows, that its form can be changed.
And these changes describes by SRT.
2) What does the electron do in SRT ?
At the beginning of the last century many scientists
(Einstein, Lorents, Fitzgerald, Poincare, Abraham) were interested in
the question:
"What will take place, if the electron (Maxwell's), creating an
electrical field,
begins to move - rectilinearly? "
All of them came to the conclusion that there would be radical changes
with the electron.
These changes are described by the Lorentz transformations.
That is, when the originally rotating electron (sphere) begins to move
rectilinearly,
during movement it gradually will change its geometrical form.
* * *
But nobody understands the borders of the electron,s changes.
So, what are the borders of this change?
Quantum theory gives an answer to this question.
It says that at the interaction of the electron with the vacuum, his
energy and mass
become infinite. Physicists do not understand what to do with infinite
sizes,
and therefore they have invented "a method of renormalization",
a method "to sweep the dust under the carpet" / Feynman./
This method is abstract.
The situation can be understood in another way.
Electrons, having the geometrical form of a sphere, lost their volume
and turned
into an indefinitely flat circle. In this reason, infinite sizes of
the electron occurred.
But in physics we know only one particle which has the form of a flat
circle.
It is a quantum of light, which flies rectilinearly with speed c= 1.
Therefore, the electron can turns only into a quantum of light.
That is why, the electron and /or a quantum of light is the same
particle in different states.
* * *
It is proved, when electron leaves atom, its electric field changes.
The spherical field will be transformed to an ellipse field.
And in process of his removal the ellipse field is more and more
extended.
And in a limit (at the moment of breaking-off ) the electron gets the
form of a string.
(String theory).
Therefore, electron can have the different geometrical forms: circle,
sphere and string.
* * *
In the books it is written, that electrons interact among themselves
with the help
of a quantum of light. In the books it is written that an electron in
an atom passing
from one orbit to another radiates a quantum of light.
It should be understood as follows.
The electron has a quantum of light in a "pocket" or under a
"shirt"
which it gives freedom from time to time.
Why is it necessary for the electron to hide a quantum of light?
.
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