Newton  Coulomb in XX century
A.V. Rykov[1]
In XX century are found electron and a positron. Their masses and charges are precisely determined. What it is possible to find out with the help of mass, an electron charge and laws of force interactions of Newton‑Coulomb?
We have laws of interactions . Here designations are accepted:
f  force of interaction of pairs objects with mass m, with a charge q and with magnetic mass m on distance R. Factors in formulas are changed so that the laws of Newton and ╤oulomb have identical views. For this purpose electric and magnetic permeability of vacuum are replaced with their return values:
.
It is possible to pick up objects for all interactions of one distance in such a way, that forces of three kinds of interactions will be equal:

а(1) 
From (1) let's receive the equations
. 
а (2) 
Let's substitute instead of an unknown charge q an elementary charge of electron: а╤oulomb.
аWe shall find the value of mass аkg. It is obvious, that the given unknown mass is connected to Planck's mass m_{Pl}. It is entered by Maks Planck for the scientific constructions from point of view of dimensions. We have that . This connection is carried out through a constant of thin structure .
Let's remind that
рlfa=1/137,035999  a constant of thin structure which for the first time has been found in experiences on thin splitting lines of radiation of hydrogen. The information: the constant of thin structures ("alpha"), the dimensionless value formed from universal physical constants: e2/hc ~ 1/137, where х  an elementary electric charge, h  Planck's constant, c  speed of light in vacuum. The constant of thin structure determines thin structure of levels of energy of atom (the value of thin splitting is proportional to a square of "alpha"); the name of a constant also is connected to it. In quantum electrodynamics "alpha" is the natural parameter describing "force" of electromagnetic interaction (" The big Soviet encyclopedia ", 3 edition., ╠., 1977 )
kg  the Maks Planck mass.
ааm/s  speed of light, a fundamental constant in physics.
From the equation (2) it is received, that speed of light is under formulas:
а_{}аm/s  speed of light in vacuum is determined, on the one hand, by electric and magnetic permeability penetrability, on the other hand by the relation of magnetic mass quantum to an elementary charge.
Let's solve the received equation (2) concerning magnetic mass. We shall receive result, that _{}аweber.
аweber  quantum of a stream of the magnetic induction, accepted in modern physics and taken from лthe physical encyclopedia╗, 1998, under edition ofа academic Prokhorov. Definition of quantum of a stream of a magnetic induction includes a constant "h", a electron charge "хю", i.e. value which define many concepts of modern physics.
In formulas XVII and XVIII centuryТs bases of quantum mechanics of XX century are incorporated!
Investigating more deeply solutions of the equation (1, 2), some are found out also others, so evident, parities of the physical value known now. Who knows, what is still covered in innocent simplicity of laws of Newton and ╤oulomb?
[1] Copyright й A.V.Rykov, 2004.
Anatolij Vasil'evich Rykov, Head of Seismometry
& Engineering Seismology Lab
United Institute of Physics of the
Earth, Moscow, Russia. Email: rykov@ifz.ru
(c) A.V.Rykov 19982004 