Alexander A.Shpilman ( sah@nursat.kz )
Physical properties
of axion (spin) fields
In this article we shall try to state the extended version of article
from N1/98.
If we had a microscope
which were powerful enough to allow us to see objects of less than 10-15
meters in size a world consisting of visible electrons and protons, we would
probably see many complex forms of interlacing spiral structures.
Because of this
complexity of interwoven spiral forms, it would be difficult to separate them
out from each other in order to determine which spiral belonged to which
electron or proton.
Most probably, the
spiral structures in atom are motionless. These repeated swirling (spiral
within spiral) forms are the originating source of all of the properties of the
atom.
1. Along
THREADS of spirals there is a flow of energy (of weight) of large density
having a pseudo charge, creating a magnetic field. The THREAD is probably a longitudinal-transversal
single polarity electromagnetic wave.
2. THREADS
have very high energy density and exhibit large vacuum nonlinearities, which
causes violation of a principle of a superposition of electromagnetic fields,
i.e. " the electrical charge " begins to cooperate with an
electromagnetic field. The properties of the vacuum change greatly along the
THREAD of a spiral (for an electron is it electromagnetic wave resistance of
vacuum strongly vary grows in 137/2 times. See N3/96).
3. Is
similar, the electron consists of two THREADS, waved in the spiral converging in
one point (centre of an electron), both having left-hand and with the right of
polarization.
4. Is similar, the proton consists
of three spirals (threads), having different combination of polarization. For a
proton two spirals have positive electrical pseudo charge, third -
negative.(see the fig.2, the spiral is blue colour) The analogy a THREADS -
quark is possible. All three spirals retinues in one "MOUSTACHE".
à)
But, it is probably, actually there is only one
spiral 1 (see the Fig.1) positive electrical pseudo charge (one quark
with a positive charge and one quark with a negative electrical charge). The
positive pseudo-charges moving to a proton, do not get at once in the centre of
a proton. Slipping the centre of a proton, they form a loop - 2. Or it
is variant "of the turned out stocking" 2 in the Fig.2.
Probably, this loop is second quark
with a positive charge.
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5. Along
a tread the speed of motion of energy is nearly to speed of light (in our
"backlash" of time).
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6. For
a proton, for the positively charged spiral 1, the motion of energy is
directed from periphery to the center of a proton. For negatively charged 3
- from the center to periphery. But, moving on a spiral, they rotate in the
same direction forming spirals with the left and right polarization.
a/)
The positive pseudo-charges appear from anywhere (see Fig.3). Moving to
the center of a proton (P), increase mass and disappear at the center of
a proton in anywhere...... The negative pseudo-charges appear from anywhere at
the center of a proton. Moving from the center of a proton in outside of,
reducing mass and disappearing in anywhere. It is possible to assume, that
positive pseudo-charges moving from the future in the past (orange line),
gradually showing itself in our backlash of time - "now", and,
disappearing on back front "waves of time". And negative
pseudo-charges moving from the past in the future (dark blue line), showing
itself in our backlash "now" and gradually disappearing on forward
front "wave of time", leaving in the future (see. Time - Overtime).
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b/)
It is possible, in the basic spiral structure is extended along coordinate
of time T, in space (4,1) - see Time -
Overtime. And in our "backlash" of time this spiral is shown as
ring of the large concentration of energy. If to proceed from model
I.M.Matora, (I.Ì.Ìàtîrà, "Model of structure of
electron and muon" the Incorporated Institute of Nuclear Researches,
Dubna", February 4, 1981. The calculations were done for ring structure.)
for electron the diameter of a thead of a ring is equal 1.4*10-106
meters, intensity of a magnetic field ~ 10100Gs, the diameter of a
coil is equal 3.9*10-13 meters. It is probably, around of the basic
ring are formed interference ring (interference "reflection" of the
basic ring), it is similarly to shown on a Fig. 4.
c/)
The spiral structure can be shown in our "backlash" of time at
movement of a proton (of electron); in potential fields and their gradients;
and in a condition of spectral deformation - DS-state elements (see Time - Overtime). Around of the basic spiral
structure is formed interference of spiral structure (interference
"reflection" of the basic spiral structure).
7. The
speed of propagation of perturbation along a spiral (in our
"backlash" of time) is significant less than speed of light and is
determined by the longitudinal moment of a impulse, and parameters of an
environment varies (change density of winding a spiral).
8. The
material display of these spirals also is so-called "axion field".
9. "Axion
field" with the unidirectional movement only positive pseudo-charges we
shall name - "axion field" sort 1 (see "Ring structures "axion of fields"").
"Axion field" sort 1 is guided in a direction of negative
charges, by opposing to vector potential and of vector Poyting.
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10. "Axion field" with the unidirectional movement only negative
pseudo-charges we shall name - "axion field" sort 2.
"Axion field" sort 2 is guided in a direction of positive
charges, by opposing to vector potential and on a direction of a vector
Poyting.
11. "Axion field" with
counter movement contrary pseudo-charges we shall name - "axion
field" sort 3. "Axion
field" sort 3 is guided in a
direction of negative charges, by opposing to
vector potential and of vector Poyting.
12. "Axion field" with the unidirectional movement contrary
pseudocharges we shall name - "axion field" sort 4.
"Axion field" sort 4 is guided by opposing to a vector of
Poyting (if proton is a source of "field").
13. Around of the basic spirals of movement pseudo-charges are formed them
interference copies of smaller density. Especially strongly they are
characteristic for "field" sort 4. At short circuit
"axion field" sort 4 in a ring (ring 0 in a Fig.5), are
formed interference ring strata's (ring ...-2, -2,1,2...).
A chain interference ring strata's we shall name as an "axion field"
sort 5.
It is probably, along "axion field" sort 5
the distribution of perturbation of a field with speed exceeding speed of
light (distribution perturbation along a phase surface of wave function).
Fig. 4 has executed Motorin Oleg
Translation of Irina
Lis
