Mathematical model of the Space
2.1. Measurements of the worlds
Electromagnetic
spherical (radiated pulsars) and spiral - spherical (radiated particles of
substance) waves move through area of the centre of pulsations considered
P-0№ in all directions. By a principle of superposition of waves
displacement of М+ and
М- in all points of space
is determined by addition of displacement from all working waves. This principle
operates and in centre P-0. All electromagnetic waves pass through it, not
changing the characteristics. Exception makes the moment of concurrence in this
centre of a peak phase of a wave with a peak phase of same mark P-0. At first
sight the probability of such concurrence is close to zero. But it is not so.
Moreover, at the moment of concurrence of phases of waves their peak value is
leveled. That is, there is a synchronization of spherical and flat waves. If the
amplitude of a coming nearer flat wave (from the removed source) is higher than
amplitude P-0 its amplitude grows together with growth of density of a phase of
space in the field of the interaction, the caused displacement of a phase in
volume of a flat wave. P-0 goes together with a phase of space towards to a peak
surface of a wave, testing relativistic increase of the period of pulsations
down to synchronization with a wave at the moment of interaction with a peak
phase. Thus the flat wave gets modulation as P-0, entered in a peak surface of a
wave (see 1.3, fig. 2). Similar process occurs, if amplitude P-0 is higher than
amplitude of a flat wave. Then the flat wave goes in the field of the
displacement of a phase caused by wave P-0. At approach of a peak surface of a
flat wave centre P-0 of their amplitude are leveled, and interaction occurs on
earlier described script. Thus P-0 gets initial modulation of a peak surface of
a flat wave from which there was an interaction. Thus, by means of mutual
modulation two wave systems get the identical information
contents.
Spherical wave P-0
scans environmental space and brings the information to the centre of pulsations
where prints merge in the uniform block of the information on sources of waves,
creating thus a unique picture of dynamics of prints. The missing wave contains
the same prints. We shall name their reflected neutrino. But their information
contents, is already added during interaction in the centre of pulsations with
the information on a condition of all space. The maximal size of a print defines
the size of dynamic area in centre P-0. The dynamic area represents, as a matter
of fact, set neutrino from the biggest up to the smallest, placed one to
another, each of which pulses with the frequency. We shall name this area
Central neutrino, as against the main Thing neutrino P-0. Thus, physical
characteristics of a spherical wave allow to receive keep summarize and radiate
the information in Space. Hence, neutrino has the qualities inherent in Reason.
Moving neutrino has relativistic dependence of the period of pulsations on speed
of movement. At the speed of movement equal to speed of a wave, the Reason is in
the "inhibited" condition, outside of time. But the information in Space
continues to be radiated as zero waves of a pulsation pseudoneutrino, its last
instant condition, or as electromagnetic waves of electrons (positrons). Flat
waves from other pulsars cooperate with Central neutrino. Relative displacement
structural making Central neutrino the, it is more, than less than their size.
In result the wave gets modulation Central neutrino, and Central neutrino gets
modulation of a wave. If the amplitude of a flat wave exceeds amplitude Central
neutrino is born Central neutrino the greater size into which earlier existing
Central neutrino enters a structural part.
Let's accept for the
characteristic of measurement neutrino its peak size
R0 = C Т0/4
(173)
Then
unit of length will be length of a wave any way chosen neutrino, and a time unit
- the period of its pulsations. All other dimensions of physical characteristics
will be derivatives from these two.
Measurement of
substance is equal to measurement neutrino from which it was given birth at
collision of peak surfaces of waves of the opposite mark modulated by them. In
an observably part of Space the universe, PUn has the maximal
measurement. Everyone neutrino any measurement can be presented as the universe
filled with the worlds, living the, life in the time scale. Number of
measurements is indefinitely, as aside is higher PUn, and in the
lowest side. In each volume of Space the quantity of measurements aspires to
infinity, and the length of a wave aspires to zero.
Let's designate
measurement of the physical world in which we live L00, and standard
measurements of the connected worlds in a direction of lower measurements
L10 and further L№ 0, and aside higher measurements
L01 and further L0№.
Existence in one
volume of space neutrino and has substances of identical measurement by
consequence their interaction with formation of standing waves. Material structures of different
measurements do not form steady communications owing to occurrence of arising
the dashes. Thus there is a separation of substance of different measurements.
Inside structures of
one measurement there is an interaction of substance and neutrino one
measurement, distances taking place on fixed standing waves. In result are born
neutrino and substance of lower measurement. Measurement of this substance has a
quantitative maximum, which is defined by standard distance of interaction of
the first substance. In volume of substance of the lowest measurement there are
similar interactions, and the substance of lower measurements is born. Thus,
there, is an infinite number of standard measurements.
The amplitude of
waves, radiated neutrino, decreases in a radial direction proportionally to
distance. If to accept, that on distance S1 =
1/4·R0ν1 =
CTν1/4
wave neutrino ν1 has the maximal value of density of
М+ and
М- (S1 = 1) on distance S the amplitude of density is
equal
PS± = S1/S ·
PS1±
(174)
Neutrino
which birth is initiated by this wave, have amplitude
P2 max± = S1/S ·
PS1±
(175)
And unit
of measurement
R0ν2 =
S1/S · R0ν1 =
R0ν12/S
(176)
Scale
factor born neutrino will
КМν2/1 =
R0ν2/
R0ν1 =
R0ν1/S
(177)
It is
similarly possible to define scale factor given birth neutrino if a source of
electromagnetic waves is the substance (electron)
КМν/e =
(R0e/S)2
(178)
Where
R0e -
unit of measurement neutrino (deformation neutrino in structure of electron
neglect), from which educated electrons of material.
The atom consisting of
a nucleus and electronic environments is the structure stabilizing a condition
of substance. Electronic environments of atom have the lowered level of density
of Vacuum and serve as concentrators not only electrons, but also slow neutrino.
Neutrinos cooperate with next electrons on an environment and settle down in the
middle in the field of the lowest power level. Neutrino identical with electrons
measurements are synchronized with them during mutual moving by means of running
standing waves and form stable structure which generates substance of the lowest
measurement.
Having accepted as a
known condition radius of electrons re=2,82·10-15m, it is possible to define roughly radius
given birth on an electronic environment neutrino the lowest measurement.
Believing, that the radius of electron is equal to radius of rotation of units,
we shall define measurement neutrino substances in which there is a person and
about which it receives the information by means of sense organs,
R00 = 0,5
re = 1,
41·10-15m
(179)
In material a distance
between electrons and neutrino on electronic shells is
S00 = πa0 / 2
(180)
Where
а0 =
5,29·10-11m – radius of the first orbits of bor
S00 = 3,14·5,29·10-11/2 =
8,3·10-11m
(181)
Scale
factor of substance L10 be relative
L00
KM10/00 = (R00/S00)2 =
2,89·10-10m
(182)
Size
generated neutrino first undermost measurement
R10 = KM10/00 R00 =
4,07·10-25m
(183)
Radius
of electrons
re10 =
2R10 = 8,14·10-25m
(184)
Period
of pulsations neutrino L00
T00 = 4R00/C = 4·1, 41·10-15 /
3·108 = 1,88·10-23c
(185)
Period
of pulsations neutrino L10
T10 = KM10/00 T00 =
5,43·10-33c
(186)
Angular velocity of
precessions axes of rotation a core of a nucleon, as mechanical system, can be
recorded
Ω = FR / Jω
(187)
Where R
- distance from an axis of rotation up to a point of the appendix of force F,
creating unbalanсe of
system,
J - the moment of inertia of system concerning an axis of
rotation,
ω = С/R (188)
J = ∫R2dM =
R2M
(189)
F = M
(190)
Here M -
feature of value of revolvinging mass.
Thence,
Ω = MR /
R2M · R/C = 1/C = Const
(191)
Thus, angular speed of
precessions axes of rotation of a core of a nucleon does not depend on
measurement of substance. Therefore and the radius of the first orbits of Bohr
is size a constant, not dependent on measurement of substance.
Similarly we shall
define characteristics of the second lowest measurement born on electronic
environments of atom of first lowest measurement L02 (see. Tab.1).
Atoms of the second lowest measurement have very low stability owing to rather
big (in scale of measurement) the sizes orbits of Bohr, therefore in it and
lower measurements nuclear communications prevail
At calculations of
standards neutrino the supreme measurements it is necessary to take into account
the sizes electrons and neutrino, which become commensurable with radius of the
first orbits of bor. More exact calculation demands to take into account also
change of the sizes neutrino in structure of nucleons and electrons and their
frequency characteristics. During interactions electrons and neutrino on an
electronic environment will move with speeds, which will provide their dynamic
synchronization by means of a running standing wave. Therefore the given
simplified calculations can be used only for comparison
purposes.
Electromagnetic waves,
radiated by electrons, have the maximal value of amplitude on distance
2R0ν from an axis of rotation. Therefore the distance between
electron and neutrino will be
S№ = π(a0 – 2R№) / 2
(192)
For
adjacent measurements from (177) and (178)
KM№/(№ -1) = R0№ / R0(№
-1) = (S№ / R№)2
(193)
Thence,
R0№ =
(S№2 R0(№ -1))-3
(194)
In first
approximation
R’0№ =
(π2(a0 – 2R(№ -1))2R(№ -1)
/ 4)-3
(195)
And more
exactly
R0№ =
(π2(a0 – 2R’№)2R(№ -1) /
4)-3
(196)
Using these
expressions, will define features of measurement
L01.
R’01 =
(3,142/4·(5,29·10-11 – 2,82·10-15)
2·1,41·10-15)-3 =
2,14·10-12m.
R01 =
(2,46(5,29·10-11 –
4,28·10-12)2·1,41·10-15)-3 =
2,01·10-12m.
(197)
Thence,
re01 =
2R01 = 4,02·10-12m.
(198)
S01 = π(a0 – 2R01) /2 =
3,14/2·(5,29·10-11 – 4,02·10-12) =
7,68·10-11m.
(199)
KМ01/00
= R01 / R00 = 2,01·10-12 /
1,41·10-15 = 1,43·103
(200)
T01 = 4 R01 / C =
4·2,01·10-12/3·108 = 2,68·10-20c.
(201)
Similarly we will
define features of measurements L02 and
L03.
R02 =
0,64·10-11m. re02 =
1,28·10-11m. S02 = 3,28·10-11m.
KМ02/00
= 4,5·103. T02 = 8,5·10-20c.
(202)
R03 =
2,06·10-11m. re03 =
4,12·10-11m. S03 = 1,84·10-11m.
KМ03/00
= 1,46·103. T03 = 0,275·10-20c. (203)
When increase the sizes neutrino limit, to which strives distance
S№,
lim №→∞ S№ = 2R№ = a0 - R№
(204)
lim №→∞ R№ = a0/3 = 1/3·5,29·10-11 =
1,76·10-11m
(205)
lim №→∞ S№ = 2·1,76·10-11м = 3,52·10-11m
(206)
lim №→∞ re№ =
2·1,76·10-11м = 3,52·10-11m
(207)
lim №→∞ KМ№/00 =
1,76·10-11/1,41·10-15 = 12,5·103 (208)
lim №→∞ T№ = 4·1,76·10-11/3·108 =
0,235·10-20c
(209)
Obviously that measurement L03 can exist only in dynamic
mode, when electrons and neutrino change on electronic shell in area of
increased importances of level to density of Vacuum. Herewith they make
displacement, providing their synchronizing running standing wave. The Material
of measurement L03 will for this reason be sloppy. The Maximum
stability possesses the material of measurement L02, which has the
most value of energy relationships of particles. The velocity of move of time in
material back is proportional by Т№.
Optimums for existence
of the Reason embodied by substance have measurements L00,
L01 and L02. It is logical to assume, that these
measurements are born at interaction between themselves neutrino higher
measurement, taking place from each other on stable distances. Such interaction
is possible at their rapproachement during integration in the structure
incorporated by system of standing waves. We shall name these neutrino
νβ, measurement
Lβ. Then at
distances of interaction Sβ/01 will be born neutrino measurements
L01, and at distances of interaction Sβ/01 will be born neutrino measurements
L02.
If to assume, that
νβ is the Reason of the person located
on a vertical axis of its physical body roughly it is possible to define
measurement of Reason on the basis of statistics of the distances appropriate to
optimum conditions of dialogue two persons. We shall accept, that at distance of
interaction 1m are born neutrino measurements L01, then
characteristics νβ will be (see
176)
Rβ = (Sβ· R01)-2 =
(1,0·2,01·10-12)-2 = 1,42·10-6m (210)
Tβ =
4Rβ/C =
4·1,42·10-6/3·108 = 1,89·10-14c
(211)
KМ β/00
= Rβ/R00 = 1,42·10-6/1,41·10-15 =
109
(212)
Universality neutrino
with such characteristics is, that they also can give rise neutrino to
measurements L02. The distance of interaction two person, thus should
make
Sβ/02 =
Rβ2/
R02 = (1,42·10-6)2/0,64·10-11 =
0,315m (213)
Physiological features of people not only suppose an opportunity of
dialogue on such distances, but also are stimulated emotionally. Emotional
stimulation has the reason interaction of the person with the worlds of the
lowest measurements. About character of these interactions it will be told
further.
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