M. Planck in 1900 offered to examine the radiation emanating from
absolutely black body, as separate portions (quantum).
This value is described with a formula (h=Et) and has a title
of «the least quantum of action», “ internal impulse of particle”, “ spin”.
================================
First physicist, who enthusiastically met the theory of Planck,
the discovery of elementary quantum of action, was Einstein.
But very fast he found out its «latent imperfection» and
decided to consider the radiation problem in a new way.
And, 17.03.1905 in his work:
«About one heuristic point of view concerning
the origin and transformation of light »
he decided to discoverthe structure of quantum of light from a new point of view..
For the basic point of his argumentations, Einstein
took the constant of Boltzmann R/N = k
and coefficient (b) from the formula of radiation of Wien.
The product of these values makes quantum of light.
In the beginning, Einstein supposed that his theory of radiation
does not converge with the theory of radiation of Planck.
However, already in one year (in 1906)
he came to conviction that his formula of radiation is equivalent
to the formula of radiation of Planck.
As a result, the internal impulse (spin) of light quantum
can be described by two formulas:
1) Plank in 1900 wrote it down with the formula h = Et,
2) Einstein in 1905 wrote it down with formula h = kb.
The quantity of this particle, s impulse is h=1.
Under influence of this impulse the particle moves with speed c=1.
The particle has the form of a circle.
3) Another impulse (spin) in 1925 was found by
Goudsmit-Uhlenbeck .
Quantity of this impulse is described with a formula: ћ = h/ 2 π,
forcing a particle to rotate around his diameter.
This means that it particle does not move rectilinearly,
but rotates around the diameter (has the form of a sphere).
The rotation of these particle creates electrical waves.
=============================
Thus, Planck ,Einstein, Goudsmit, and Uhlenbeck each in his own way,
discovered that the micro particle should possess internal impulse.
But they did not particularly explain its origin.
And scientists do not understand deep qualitative distinction between
these two kinds of action.
I explain how this internal impulse of a particle originated.


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