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A single quantum field theory. MATRIX SIMULATION OF ELEMENTARY PARTICLE. Structure and properties of matter of the second type (elementary particles). UNITED QUANTUM THEORY of FIELD

A single quantum field theory
MATRIX SIMULATION OF ELEMENTARY PARTICLES

unified field theory, quantum field theory, the discovery in physics, the physics of the unified field

A single quantum field theory. MATRIX SIMULATION OF ELEMENTARY PARTICLE. UNITED QUANTUM THEORY of FIELD

Savinov SN

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Unified quantum theory, which describes the final level of the structure of all types of material, including modeling of elementary particles with an explanation of their properties (mass, lifetime, decay channels, charges, interaction, etc.), allowing to include all known quantum phenomena in the general principles of the circuit diagrams agreed in all aspects of theoretical and devoid of contradictions. The theoretical framework includes field interactions.

- DRAWING -
The structure of elementary particles - FIGURE -
The structure of elementary particles - FIGURE -
Mechanisms of interactions and decays

PART 3
Structure and properties of matter of the second type (elementary particles)

As the characteristics of the structures and the implementation of the principle of the ban, I will introduce three numerical characteristics (all features and positive integer) for leptons and mesons:

A (the number of circles). Circle - a plane closed trajectory or, in other words, the "hole" (such as a circle A = 1, for eight A = 2).

B (the number of couplings). The hitch is the interaction of two closed paths in which is not possible to separate them without breaking one of the closed paths. In other words, this similarity coupling metal chain links. We can assume this property is a singular interaction (without qualification).

C (characteristic chiasm). Crossing is a geometric intersection of two or more paths. It is characterized by the number of whiskers (incoming and outgoing parts of the trajectory in the cross) and the amount of the crosshairs to the structure, which are written in this order the numerator and denominator of the fraction values C.

Z (spatiality). Correspondingly belonging trajectory to the n-dimension space: a 0-dimensional Z = 0 (point), one-dimensional Z = 1 (straight line), two-dimensional Z = 2 (plane), three-dimensional Z = 3 (v).

The structure of nucleons and hyperons characterize different values:

D (the number of circles) = fraction with the numerator - vector-matrix circle, the denominator - the line of the circle.

E (hitch and hooks) = fraction with the numerator - the number of couplings, the denominator - the hooks.

From the above: x inactive particle A = 0, B = 0, C = 0/0, Z = 0; A = interactions field 0, B = 0, C = 0/0, Z = 1; photon A = 0, B = 0, C = 0/0, Z = 2; neutrino A = 0, B = 0, C = 0/0, Z = 3.

The indicators agreed with the principle of the ban: A <3, B <1.

Long existence of elements of the matrix:
The lifetime of the structure is determined by the existence of the most korotkozhivuchego element.

For convenience, I will outline the amount of time the existence of frames per second in terms of the logarithm:

  • Stabilization of the toroidal channel linear path, lg = +11
  • Hitching linear trajectories, lg = -6
  • c-matrix (the electron does not apply), lg = -8
  • The toe-valued matrices, lg = -10 (probably a strong interaction)
  • s, m-matrix, lg = -11
  • Samozatsep tormatritsy, lg = -11
  • Coupling the two-valued matrices, lg = -13
  • Crossing, lg = -17
  • Trehusy chiasm (vysokoasimmetrichny), lg = -19
  • Violation of the principle of the ban (no charge), lg = -22

MATRIX and geometric structure of elementary particles:

ELECTRON represented by a linear trajectory in the form of a circle. The charge is determined by a single rotation plane. The maximum possible power consumption of the trajectory is 1m (m is the energy of the electron rest). Ring option trajectory - the most simple, is probably why the electron is stable or conditionally stable. Circular path in the other particles tend energoperegruzheny - so unstable. Determination of the charge: the direction of rotation in a single plane, there are charges of "+" and "-".

Feature: A = 1, B = 0, C = 0/0, Z = 2.

Mu-meson consists of two circular trajectory in a symmetrical coupling. Conventionally, the angle between the planes is 90 degrees. Bundle improves energy consumption in comparison with a simple circular path (electron) to 207 m. Determination of the charge: one determined by the equivalent of two planes - the chosen plane and there are charges like an electron "+" and "-".

Bunch has an average lifetime of a relatively long period. Feature: A = 2, B = 1, C = 0/0, Z = 3.
PI-ZERO mesons has the form of Eight - consists of two s-matrices with crosshair. The path lies in a plane, but at the point of crossing does not react, so the point of crossing the lemniscate is not a hitch, but the circumference of the two.
Summing up the two vectors forming paths crossing lemniscate, formed the total asymmetry, which destabilizes the trajectory and dramatically shortens the average lifetime of the particle.

The combination of the two circles increases power consumption of up to 264 m.

Determination of the charge: there are two rotation in the chosen - a single plane, but the rotation of the two circles of the lemniscate has a different direction, so the total charge is equal to 0.

Lemniscate is in addition to central symmetry, additional axis in the plane passing through the crossing and the most distant points of the circles, for this anomalous axis is a free inversion of the chosen plane, and because there is no difference antiparticles and particles, in other words the pi-zero meson has no antiparticle ( they are the same).

Feature: A = 2, B = 0, C = 4/1, Z = 2.

PI MINUS-MAISONS, the matrix of the second order "eight", and coupling it with a second-order matrix - O-matrix (two C-matrix). The circular array on the principle of centric symmetry is centered -perekrest lemniscate, but is in a plane at an angle of 90 degrees to the plane of the lemniscate, so that the circular path passes through both circles of the lemniscate and forms one hitch - with the crossover point. Circular matrix stabilizing lemniskatnoy matrix has its own energy consumption to 9 m.

Determination of the charge: the charge is determined by a single plane circular matrix (lemniscate are not), variants of existing charges "+", "-". Circular matrix holds the two circles of the lemniscate, stabilizing the whole structure of the particles is 8 orders of magnitude, the average life expectancy in seconds.

Feature: A = 3, B = 1, C = 4/1, Z = 3.

KA-MINUS-meson trajectory is in the form of three loops that converge in a crossroad and are in the same plane. The total vector of the three paths in the crosshairs is symmetric about the center of the whole structure, so there is no destabilization trajectories unlike pi-zero meson, besides the path is constructed from C-matrices -To receive the highest average length of time a particle of life.

Power consumption of three-loop trajectory reaches 966 m.

Determination of the charge: three-loop path may be decomposed into three C-matrix direction of active-x particles in them has a similar direction in the plane, the sum of these directions in the plane relative to the center forms a unidirectional rotation of the defining charge "-" or "+".

Abnormal axis of symmetry is absent.

Feature: A = 3, B = 0, C = 6/1, Z = 2.

KA-ZERO-mesons. Trajectory like "eight", but Three-loop along one axis, is constructed of m-shaped matrix (m-matrix).

Three-loop trajectory similar to the trajectory ka minus meson and has such high energy in the 974 m.

Determination of the charge: in a single plane, there are three circular trajectory having a rotation - center circle having the rotation and two remote, diametrically opposed counter-rotating circle.

Since the rotation of the distribution center of the circle and the rotation of the two sides of the circles correspond to a single central symmetry, the charges are determined by all circles, as "+" and "-" -summable neutral charge (in the lemniscate pi-zero meson circle counter-rotating do not match single central symmetry - lie on an anomalous axis and have their own centers of symmetry) Embodiments of charges in the structure when the center of the charge is determined by the "+", and on the sides of the total, "-", or the opposite -to heart "-" on the sides " + "- form the difference of particle and antiparticle, with charges of" 0 "," Three-loop figure-eight "and as the lemniscate has anomalous symmetry axis passing through both the crossover and the most distant point of the side circles, so the particle and antiparticle zero-kaon have high inversion ability (probably takes place during the formation of the first and second kaon) "Form" ka-zero meson has two crosshairs, similar crosshair lemniscate, but expected destabilize trajectories and instability, as in zero-pion is not observed: the reason is that cross over two or total vector they opposed and because they are offsetting, prolonging the existence of the particle.

Feature: A = 3, B = 0, C = 4/2, Z = 2.

KA-ZERO-SECOND-mesons. The structure consists of two circular linear trajectories lying in the same plane, and forming geometrically imposed at two points of crossing two (center of the circle and two chiasm form a rhombus). Circular paths rotate in opposite directions and the total charge is equal to "0".

In the structure there is an indication of the charge prohibition (the central part of the particle where the crosshairs between two paths have the same direction), but the latter is not valid because it codirectional movement is irrelevant in determining the charge (do not have central symmetry, they do not rotate co-directional and only move).

The lifetime of a particle at vzaimokompensatsii destabilization two crossed himself and because of the high similarity with the hook mechanism correspond to the last.

Performance ratio ka-zero-first - and ka-second zero-meson quite similar, except in the distribution patterns of elements in the space of a high probability vzaimoobrazovaniya.

Feature: A = 3, B = 0, C = 4/2, Z = 2.

THIS ZERO-mesons. The structure has the shape of a sphere with three paths - meridians converge at the cross-hair of the poles, so the number is three circles. More kompaktizirovannaya structure compared with kaons leads to higher power consumption - 1074 m.

Determination of the charge: the plane determining the charge does not have, so a zero charge and there is no difference of particles and antiparticles.

Two chiasm vzaimostabiliziruyutsya and do not affect the destruction of the particles cause short existence of the particle is a violation charge of the ban, which appears due to the presence in the three paths at any one time two collinear, which are also located on one side of a center of symmetry (the axis connecting the two chiasm ). Feature: A = 3, B = 0, C = 3/2, Z = 3.

PROTON. The structure of the proton shows a spiral matrix (third-order), the longitudinal axis of which is closed in a circular structure (proton form is toroidal and is a fourth-order matrix - "vector-matrix"). Given the complex structure of the circle in the torus-one matrix (complex geometry) is a vector-matrix equivalent of an electron. Helical trajectory closed in a circle is a simple circle (simple matrix) without destabilizing formations (crossing), then the structure is either stable or very durable, as the likely other current stable particles.

Helical path in a closed circle leads to compaction of coils in the geometric center of this structure in comparison with external coils - this leads to the experimentally detectable, so-called "core nucleus."

The structure has a particularly high energy in 1836 m.

Determination of the charge: the charge is determined by the motion of a helical path along the circular structure in a single plane with the center. Two possible directions of movement - two charges option "+" and "-".

Feature: D = 1/0, E = 0/0.

Neutrons. The base structure - matrix-valued in a toroidal channel which is O-matrix, which is a vector-matrix in a single hitch. The structure resembles a tokamak device.

Energy consumption in the closed toroidal channel matrix is equal to 2,5 m.

Determination of the charge: the charge prohibition allows rotating O-matrix in a toroidal channel in the opposite direction to the rotation of the vector-matrix. The torus inner-matrix and O-matrix are arranged in one plane (selected) and have a common centerline symmetry, thus rotating in opposite directions, the net charge of zero. It should be noted that the formation of the charge in the chosen plane torus matrix determined by its axial component, at the same time the helical trajectory, having coils has its own rotation, which forms the anomalous magnetic field of a neutron at a neutral charge, a similar process occurs in proton .
The design has two variants of the rotation vector-matrix in the selected plane (respectively, two opposite rotation of the O-matrix), so there is a particle and an antiparticle (the decay of which the proton and antiproton are formed, respectively).

The toroidal space of vector-matrix effectively restrains the collapse of O-matrix, since the latter can not leave the structure not preodalevaya wall matrix-valued - so the vitality of the neutron is extremely high.

Feature: D = 1/1, E = 1/0.

TAU-MINUS-leptons. The trajectory is a large coupling of the two-valued matrices, each of which is located in two planes at an angle of 90 degrees to each other - vector-matrix equivalent of mu-meson.

Strong coupling matrix-valued and two-valued matrices give a high energy consumption in 3490 m, to the detriment of the particles of vitality (?).

Determination of the charge: the charge is determined by the selected plane of the two equivalent (like the mu-meson).

Feature: D = 2/0, E = 1/0.

SIGMA PLUS hyperons. Tor-matrix has the property of formation samostsepki when part turns "helical trajectory" on one side clings to the coils on the diametrically opposite side of the torus-matrices, wherein the circle is stored unit and the fact that coupling no - Coupling considered only between the two closed circles, but in the case of torus matrix circle, one with complex geometry.

The structure of the sigma-hyperon is formed of a matrix-valued by samozatsepa in the area of the intersection of diameter samozatsep consists of several samostsepok, ie Length is the maternal matrix have triplet sigma hyperons.
Parent matrix shaped like a figure eight, but only approximated. Determination of the charge: the charge is determined, like the proton, since the parent matrix is only a deformed torus matrix in a plane. Like the proton, there are two particles with charges of "-" and "+".

Feature: D = 1/0, E = 0/1.

SIGMA-minus hyperon. The structure consists of a mother matrix, which stabilizes samozatsep O-matrix surrounding it, passing through both the "eight" of the circle and being in a plane at 90 degrees to the plane of the mother matrix.

Own power consumption of O-Matrix is about 16 m.

The stabilizing effect of O-existence matrix particles extends an order of magnitude of seconds (ten times).

Determination of the charge: like sigma-plus-hyperon as parent matrix is greater in intensity than the O-matrix.

Feature: D = 1/1, E = 1/1.

SIGMA-ZERO-hyperons. The structure consists of particles mother matrix, a toroidal cavity which is closed linear trajectory.

Determination of the charge: like the neutron, like there is a particle and antiparticle.

The structure is partially present violation charge ban - it is manifested in samozatsepa where on the site samozatsepa in the toroidal cavity penetrate the turns adjacent helical path with the opposite movement, but this movement is synchronized to an internal linear path - for this reason, the particle's lifespan is extremely small, but longer life resonances two orders of magnitude of seconds, by stabilizing a linear path of the toroidal cavity (similarly occurs in neutron).

According to the structure of the energy intensity of the particle yields sigma minus hyperon (?), Probably the value of the energy intensity of the linear trajectory can not exceed even that of the value of O-matrix, because depending on the charge display ban on the value of interacting trajectories. Sigma-zero-hyperon loses energy intensity, increasing the period of existence to the maximum possible (!).

Feature: D = 1/1, E = 1/1.

ZERO lambda hyperon. Top-matrix wrapped in a "figure eight", but avoiding chiasm like pi-mesons (helical path has a greater freedom of position than the linear trajectory). The structure of the particles corresponds to the geometric principle of usefulness, because samostsepok restraint "overlapping" of the deployment Since the presence of only one vector-matrix without hitches and other structures, the energy consumption is not very different from the nucleons - 2183 m.

Determination charge: in a single plane, there are two circumferentially opposite rotation - the total charge equal to "0". Since there is no crossing, the holding axis abnormal characteristic of mesons is not possible because of the preservation of the asymmetry in the "intersection" of screws.

The lifetime is defined samostsepkoy.

Feature: D = 1/0, E = 0/1.

KSI-ZERO-hyperons. The structure consists of a two-valued matrices, geared for the whole length of a screw trajectory, siting in parallel planes (reminiscent of a sandwich) .Zatseplenie differs from the hitch in the tau lepton, so that the hook geometrically belongs to the wrap-valued matrix and consists of several clutches of turns, then as the coupling is combining -geometric entire two-valued matrices.

Determination of the charge: two-valued matrix belong to a single plane and a single central symmetry, the principle of the prohibition of the charge allows only be counter-rotating -So net charge equal to "0". The difference in the rotation vector-matrix over - and under the plane of the particles are allowed to be two options - particles and antiparticles (in the case of pi-zero meson, this was not observed due to the presence of abnormal axis of symmetry that makes the inversion of particles negligible).

The lifetime of the particle structure corresponds samozatsepa mechanism, similar to the mechanism, but different number of vzaimozheystvuyuschih circles. Feature: D = 2/0, E = 0/1.

KSI-minus hyperon. The structure consists of a two-valued matrices arranged in the same plane, linked together side parts (externally shaped like a figure eight). The charge allows you to be a ban the movement of screw trajectories of two-valued matrices in the toe area just in different directions, and thus the two-valued matrix, being in the same plane are rotated in one direction, and summed to determine the corresponding charge "+" or "-".

The similarity with the structure xi hyperon zero-forms almost a similar energy intensity and duration of existence.
Feature: D = 2/0, E = 0/1.

Omega-minus hyperon. The structure consists of vosmiobraznoy, "perehlesnutoy" tormatritsy (base structure lambda-hyperon) in geometric circles which passes and engages the circular vector-matrix (matrix-valued equivalent to minus pi meson).

Structure "perehlesnutoy" is not able to turn around the circumference of a circle, if its two hinges is held the second circle - there is the effect of crossing the imaginary, which in essence doubling permanently folded torus matrix. Calculating the lifetime of the structure: the time in seconds of the existence samostsepki estimated as lg = -11 seconds, the lifetime of the coupling vector-matrix lg = -12, vzaimostabiliziruyas structure exists to average between those.

The result of crossing an imaginary -high energy consumption in 3274 m.

Determination of the charge: like pi-minus-meson.

Feature: D = 2/0, E = 1/1.

Resonances. The structures of these particles violate the principle of the ban on the number of circles or couplers, so the number of resonances of options is greater than the elementary particles, but ban their existence reduces to a minimum.

KEY FORMULAS particle structure:

c -c - linear array
s -s - linear array
m -m - matrix
C -C - shaped torus matrix
S -S - shaped torus matrix
M -M - shaped torus matrix
* - Crossing
= - Coupling of linear or matrix-valued
- - Samozatsep or hook-valued matrices
/ - Plane at an angle of 90 degrees.

FORMULA:

electron: 2c
muon: c = c
tau lepton: C = C
null peony: s * s
negative pion: s * s- / 2c
negative kaon: 3c *
zero-kaon: 2m **
This zero-meson: 3c **
proton: 2C
neutron: 2C-2c
lambda hyperon: SS
sigma-plus hyperon: M-
sigma minus hyperon: M - = / 2c
sigma-zero-hyperon: M- = 2m
Chi-zero-hyperon: C- / C
xi-minus hyperon: CC
omega-hyperon: SS = / 2C

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Authors: Savinov SN
Publication date 10.11.2006gg