Alexandr
A.Shpilman (alexandrshpilman78@gmail.com )
The inviolability of constants
Most
people, without thinking, are confident in the constancy and immutability of
such “constants” as dielectric (ε0) and magnetic
permeability (µ0), and the vacuum refractive index (n0). But the Earth's gravitational field can be represented as a
change in the refractive index of vacuum. Moreover, a change in n0 by one billionth is
sufficient to ensure the current force of gravity on the Earth's surface.
n ≈ n0 *(1+1*10-9)
In
the article “Interesting Relationships” it
was concluded that the wave impedance of the vacuum (ρe) in the vicinity of the
electron is more than sixty times greater than the wave impedance of the vacuum
for the photon.
ρe / ρ0 ≈
137 / 2
It
was possible to determine that in the vicinity of atomic nuclei the dielectric
constant of vacuum (ε0) changes. Correction
factors were introduced into the calculations... and forgotten...
I.M.
Matora in the article “Model
of Structure Electron and Muon” writes:
As an initial premise for the model of the structure of the electron and
muon, we will accept the universality of the known magnetic flux quantum
discovered in the study of macroscopic superconducting rings.
More precisely, its meaning
Ô0
=h*c/(2*e) = 2.06785E-7
Those,
in constructing the electron model, the author did not even think about the possible
change in the characteristics of the vacuum on such a small scale (10-14
- 10-108 cm) and the colossal magnetic field induction (1010
– 10109 Gauss)! In addition, the author did not clearly justify the
stability of his model of the electron in the form of an electric charge in the
form of a torus, rotating with an azimuthal speed equal to the speed of light (c).
To
put it simply, let’s imagine a circular turn of an electric superconducting
wire with a certain current flowing through it. The coil will be acted upon by
forces that tear it apart, caused by the pressure of the magnetic field and the
repulsion of like electric charges. For clarity, let’s take an electric coil as
an example:
The
magnetic field from the electric current flowing into such a coil will be
mainly concentrated inside the coil.
The
magnetic field will press the turns of the coil against each other and at the
same time the field will tend to tear them apart. The force breaking the coils will be equal to:
F ≈ dW/dr
≈ µ0 *H2
*dV/dr
Where:
W – magnetic field energy stored in the coil,
H – magnetic field strength,
V – coil internal volume,
r – radius of coil turns.
We
know that the iron core is drawn into the coil and accordingly the turns of the
coil are attracted to the iron core. Those. If an iron core is placed inside
the coil, then we can compensate for the force breaking the coil; for this, it
is enough that the magnetic permeability of the core (µ) is more than twice the
magnetic permeability of air.
It’s
funny, the ratio of the electron’s dipole magnetic moment to its mechanical
moment is twice as large as expected.
ge = 2,002 319 304 361 53
By
increasing the magnetic permeability of the “core” it is possible to compensate
for the electrostatic forces of repulsion of like electric charges, but there
is another option. If you rub a glass rod on wool, electrical charges will
appear on the surface of the glass, which will not be in a hurry to leave the
glass rod. Those, by doubling the dielectric constant of the vacuum (ε) inside the torus of I.M.
Matora’s electron model, we can compensate for the repulsion forces of like
electric charges.
There
is another option, if we imagine that in I.M.
Matora’s model it is not electric charges that move around the ring, but a soliton of an electromagnetic
wave propagating, then for the stability of such movement it is enough that the
refractive index of the vacuum in the vicinity of the ring changes according to
the following law:
n ≈ 2*k*n0*R0/R
Where:
R0 – large radius of the torus in the model of I.M. Matora’s,
k – some proportionality coefficient.
An
interesting situation: if the dielectric and magnetic permeability are doubled,
then the refractive index of the vacuum will automatically be twice as large.
Twice...
but, but, if the wave impedance of the vacuum (ρ) increases by 137/2 times, then the change in
dielectric and magnetic permeability changes significantly more. And the model
of I.M. Matora’s is
transformed into Lissajous
figures?