Re: What is the electron?
- From: "Hexenmeister" <vanquish@xxxxxxxxxxxxxx>
- Date: Sat, 15 Apr 2006 08:13:26 GMT
"Henry Haapalainen" <kirppu@xxxxxxxxxxx> wrote in message news:e1p5uh$e6g$1@xxxxxxxxxxxxxxxxxxxxxxxxx
|
| "socratus" <israelsad@xxxxxxxxxxxx> kirjoitti viestissd
| news:1145034475.332008.289170@xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx
|
| 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 =1v 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?
|
| Thank you socratus. I have never read String theory (I a'm not proud of
| that). I was surprised to hear, that it gives an electron the same
| geometrical forms as my theory of gravity as falling space. I don't think,
| that these theories have otherwise much in common, because Hawking is a
| genius in math and I am not. But I don't know that.
|
| http://www.wakkanet.fi/~fields/
|
| Henry Haapalainen
|
You are dishonest. You owe me US $1000. Your reputation stinks.
Androcles.
.
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