The nature laws
Doctrine
Obligation document for every scientist
Copyright © by
Haertel Martin, All Rights Reserved, 12045
Email
mailto: mhaertel@naturgesetze.de
At any time the
scientists had great problems with the nature laws.
The aim of the author was to breakdown the
nature laws in its basis completely.
This demanded a lot of years
most intensive endeavour.
This work will work up the basis fundamentals of the nature by the
newest sight.
It is going out from the theory of plus- minus- original charges
The aim always was absolutely honesty to the nature.
Considerateness to old wrong and doubtful opinion were strictly
forbidden.
The first follow document 'Doctrine' deals with the most fundamental
mechanisms of effects of the whole nature.
The second document
'Astro-Basis' is not always attached. It supplies the preconditions for the
whole astronomy.
Much is presupposed as know.
If you are missing precognitions, there is referred to follow books
respectively documents of the author.
All necessary basis informations to the nature
laws are inside sub-documents of follow chapters respectively books:
Astronomie . . Astrophysik . . Elektro . . doctrine . . Kerne . . Kraft . . Strahlen . . Spezielles . . Teilchen
Content
Document to the laws of nature - -
Doctrine
1d) Mistakes by not uniform parameters m
and s
1e) Original charges and the main
formulas
1f) Different areas and distances
2a) Strong/weak force/particles
2b) Original charges of 3- and
4-particles
2c) Angles and radii supply the
wave-lenght
2d) Permanent neutralizing strongs
without turning back
2h) Electrons are circulating round the
positron kernel
2i) 9 Groth of nucleons, big- /
mininucleons
3) Layers, particles- body reversions, shells
3c) Particle reversion, Energy
alteration
3d) Celestrial bodies inside positive
3e) Force effects of celestrial bodies
-- body reversion
4b) Quantity of shells, c, standing -
rotating shells
4c) Intern - extern force diameter
4d) Short-waved-particles inside
I)
Doctrine
Copyright © by
This document shall
explain the central fundamentals of the nature laws in a short form.
1)
Tools,
Basis-formulars
1a) Task
Since alle times physicians from all over the world are seaching for the
basis of the nature
In the follow is attempted to explain the basic laws of the nature
exactly.
1b) Tools of the nature
Follow catchwords must be explained for the comprehension of the natur:
1. Fundamental formulas
2. Areas and distances
3. Strong/weak force/particles
4. Waves and U4,
5. Quanting round strongs, neutralisation of strong
6. Reversion of force, electron
7. Levels
8. Reversion of partikles, bodies
9. Force superimposition
10. Shells, Reversion shells
11. Force diameter, Particles with shorter waves extrude them with
longer waves
12. stabilities
13. closed - opened
systems
1c)
Main
variables m and s
The nature has a lot of elements belonging together, which will be
varified only by meter m and seconds s:
M masse = N / m/s² = N / m/s² = p * m*s² = I / m/s
I impuls = M * m/s = N * s = p * m² *s = E / m/s
N force = M * m/s² = p * m² = p * m² = E / m
P performance = M * m/s² *m/s = N * m/s = p * m² *m/s = E / s
p pressure = M * 1 / ms²
= N / m² = E / m /m² = E / m³
E energy = M * m/s * m/s = N * m = p * m³ = M * m/s² *m
1d)
Mistakes
by not uniform parameters m and s
With every computing you have to put in basically the correct parameters
m and s.
If you are calculating the force, so the 'm' from E/m and 'm²' from p*m²
have to match to each another.
That wrong parameters for m and s are used was standard in the past and
resulted always to errors and clowing at the experts.
The speed m/s at E = M * m/s * m/s always has to match to E = M * m/s² *
m.
1e)
Original
charges and the main formulas
We call the most little particles of the nature 'original charges'.
They aren't composed of smaller particles. They radiate their energy
equable into all directions.
Original charges supply optimal mathe because of their equable sphere
structure.
E = p * m³ (results from p * m³ keeps here always the same;
E-conservation 1, E = oriented by volume)
N = p * m² (pressure on sphere's surface)
N = area oriented
N = E / m (m proportional to the radius of the force belonging to
sphere's surface)
E = M * m/s² *m (radius m is reversed proportional to the accelaeration
of the original charge)
1f) Different areas and distances
2 original charges repel each another at an
unity plane area.
This area is unending large.
It may not be confound with the area of
sphere's surface (nevertheless all are doing this).
At the most narrow point of both original charges the pressure to this
plane area behaves according to 1/x³ at x-times distance variation.
At the most far point of this plane area (unendless) the pressure keeps
the same (don't varify).
Thus by average the pressure behaves times 1/x² at x-distance variation
of 2 original charges.
The area keeps the same. Therefore the force is changing by 1/x².
(The force of sphere's surface is changing times 1/x with x-times radius ! )
Work = N*m. Please don't confound with E = N*m !
At E= N*m this 'm' is referring on 'r' of charge's sphere
!!!
2)
Particles
2a) Strong/weak force/particles
Univers is compunded of positive and negative original charges (symmetry
as assumption).
Every original charge has a strong force.
A positive and a negative original charge are realizing a rotating
couple. They very neutralize themselves and are not important.
Odd particles like 3-, 5-, 7-, and so on- particles are strong particles
and radiate a strong force to outside. They have one original charge more from
one sort.
Even particles, like 4-, 6-, 8-, and so on- particles, are weak
particles.
2b)
Original
charges of 3- and 4-particles
At the negative 3-particle 2 negative original charges U2,3 are circulating round one positive central original
charge U1.
The surplus of an original charge makes this odd strong.
Negative weaks are minos, positive are called
plusos.
At a 4-particle one original charge U4 is circulating roun a contrary directed
3-particle.
To
far outside placed reference areas U4 has by average a bigger distance and a
mutual repelling angle than the opposite effecting kernel.
Is radius of U4 bigger than the sum of the radii of U2 and U3, so U4 is
effecting to far outside weaker.
2c)
Angles
and radii supply the wave-lenght
The bigger the radius of U4 against that of U2+U3, the powerfuller effects the weak 4-particle to outside.
If one assumes rU2+U3 is 0m, so the force of
the 4-particle increases with x-times change of radius about times x² to
outside.
The radius r of U4 supplies the wave-lenght of these weaks.
A 4-particle has only one difference force to outside, which is coming
up by angles and radii.
This is the weak force.
2d)
Permanent
neutralizing strongs without turning back
An odd particle has a strong force to outside and is attracting all
contrary.
Is a negative strong coming to a positive strong, both neutralize each
another by building one or more weaks.
In no times from one weak 2 strongs are coming
into being.
Exceptions are collisions with nearly unendless big pressures.
If they get thereby such a big impulse that the fleeing speed is high
enough respectively they were quickest surrounded with enough weaks, then they
keep apart.
2e) Quanting round strongs
Is a negative 3-particle attracting enough contrary positive weaks, so
it is building a positive cout round itself (the strong negative).
The negative strong is attracting the positive U4 arriving 4er-paricles and
accelerates it.
In this halve-circle U4 it is becoming faster up to reach the nearest
point to the strong.
Afterwards U4 will be breaked up to the farest
point to the strong.
In the near halve-circle it is faster and by time shorter.
In the far away halve-circle it is slower and by time longer.
Therefore this 4-particle is changing its positive energy to the strong
into a negative and will trace back.
Then the speed of U4 will assimilate. Then the 4-particle affects again
positive to the negative strong.
Now it will accelerate again to the strong. Then again
back, and forth, and back, and so on.
It will stabilize its position at a spezial distance to the strong.
So most weaks will quant respectively park at a spezial distance round
the strongs.
2f) Force reversion
The same large quantities of weaks are doing, which are quanting round
the strong.
The force of the weaks behaves with x-times distance to outside about up
to 1/x³-times, this of the strong times 1/x².
The many positive weaks make the border of this whole particle positive,
behind them this positive is descending faster than the strong.
At a definite distance we habe a reversion of force from weak positive
to strong negative.
2g) Electrons - Positrons
Electrons have in its center one strong positive particle und round it
large quantities of negative weaks (minos).
At the border an electron is negative, far away strong positive.
Therefore electrons repel at the border all negatives, farther away already
all positives (respectively reflection positron exactly reversed).
Electrons and positrons are thereby extremly stabil.
One normal is a standard- electron respectively positron.
Is the coat of weaks bigger or smaller, we name it big- respectively
mini- elektrons (-positrons).
2h)
Electrons
are circulating round the positron kernel
A positron attracts elektrons from far.
Has a positron at the border enough plusos masse, then this positive is
compeling the arriving electron aside and into an orbit round the positron.
To far outside the whole will become positive now and is again
attracting positrons.
Don't intercepts the electron the new positron, then this will speed to
the first positron.
Both positrons repel each another. But however they were hold together
by their great mutual masse of plusos.
2i) 9 Groth of nucleons, big- / mininucleons
Now the 2-times strong kernel of 2 positrons attracts a further
electron.
Then rotatary there is now attracting each one further positron
respectively electron, whereby the positrons increase the more times strong
negative kernel and the electrons are circulation round this kernel.
Regardless of backstrokes this mininucleon is always growthing, up to
the last most extern electron will become so instabil, that
it will rotate with huge distance round the proton.
Now we habe a H-atom.
3)
Layers,
particles- body reversions, shells
3a) Levels
The nature has 5 elementary layers.
Layer 1 includes all particles, which are compunded of only one rotation
system.
Layer 2a are completely strongs respectively weaks (for ex. electrons /
positrons).
Layer 2b consists of more times strongs (for
ex. kernel of nucleons)
Layer 3a is the complete nucleon.
Layer 3b are the alfa particles of the atomic kernel.
Layer 3c supplies the complete atomic kernel construction.
Layer 4a includes the whole atom.
Layer 4b are molecules.
Layer 4c are bodies of many atoms respectively molecules.
Layer 4d are single celestrial bodies, like asteroids, moon, earth and
sun.
Layer 5a is the sun system.
Layer 5b is a galaxis.
Layer 5c in compounded of a 'heap' of galaxis.
Layer 5d is a big aggregation of such 'heaps'.
3b) Coat bulk of strongs
Are coming one equal strong positron and electron together, then they
don't compel each another into an orbit. The same occurs, if their coats are
too large.
Comes an electron with a large negative coat in the near of a nucleon
kernel (huge positive coat), then it will be caught into the kernel.
The strong odd (for ex. 3-) particles of the
positron and this electron neutralizing themselves by constuction of weaks
(6-).
3c) Particle reversion, Energy alteration
The positive weaks of the positron coat and the negative weaks of the
electron coat now first mutual take away their most extern original charges The rest attracts mutually strongly.
Permanently weaks were reworked, from plus to minus and invers.
The permanent rework is ending als late as if
only still positive or negative weaks keep remaining.
Is the positive coat of the mininukleon bigger than the negative of the
electron, then it is more probablier by this factor,
that the positive coat round the positrons will win.
Al minos of the electrons were reworked into
plusos.
So negative energy is changing to positive and strong particles (also
stron energy) are alternating to weaks (respectively weak energy)
3d) Celestrial bodies inside positive
Growths a celestrial body, the inside pressure is increasing.
Thereby it pressures large quantities of minos of
the atomic borders to outside.
Inside the body always is becoming less negativ, up it will be rather
positive.
If a little body continues grothing, it can become fluid underneath its
border.
Thereby often its hard positive kernel would be more
light than the fluid around it.
Then the kernel will drift to outside, will decay there into continental
clods or will leave the mother planet as rather positive moon.
3e)
Force
effects of celestrial bodies -- body reversion
Celestrial bodies are effecting positive from inside center,
negative from the coat and again positive at far away.
The sun effects negative up to far over its planet system, then again
positive.
Suns and Planets are grothing. The at its
border negative sun captures from outside coming material into an orbit.
With a definite diameter this orbit captures the most. Further inside
and outside the material groth is less.
We assume our sun captures the most in the area of the asteroid belt.
Permanently there are grothing bodies. At its borders they are effecting
negativ, further away again positive.
They are increasing with different speed. If a bigger body is reaching a
smaller with the negative force, it will attract them. Both
will unit or shoot each another out of the old orbit.
Therefore we get permanently new comets with other orbits. With enough
speed and direction they also can leave our sun system.
3f) Superimposition of force
You can take 2 speakers with 10 and with 20 watt.
One man is standing for ex. 1m left of the 10w speaker, the 20w 1m right
of the 10w.
At x-times distance the loudness descends 1/x²-times
The man hears the 10w according the 1m distance with 1-times intensity,
the 20w with 2 times ¼-times intensity, so with the halve.
Although the 20w tinges the 2-times noise, the man is hearing it at
above 1. position more weak than the 10w.
Goes the man 1,5m zurück, he will hear the near 10 W only yet with 1/6,25 intensity (1,54W) and the 20 W with 1/3,5²=1/12,25
(*20=1,633W).
At position 2 the man will hear the 20 W louder than the 10 W, althoug
he is still further away.
3g) Reach of forces
Above we have a superimposition of particles and forces.
All forces of the nature are working exaxtly by this scheme. All forces
are into one another.
It is only depending on the distances, where which force surpasses the
others.
Above force with short reach (10 W) is in an exactly definable
volume-range more powerful than that with greater reach.
We have short reaches above all at weaks against strongs,
at the force of minos at the border of atomic kernels and at the bonds between
atoms.
We have long reaches at strongs and at less
'neutralized' (for ex. long-waved against short- waved minos, or at big
orbits).
4)
Shells,
Stabilities
4a) Shells / reversed shells
Electrons are circulating round one contrary kernel.
Hereby they have to outside a mutual repelling angle and a bigger
average distance than the kernel
Therby the negative long-distance force of the kernel prevails.
Up to a little bit over the last most extern electron the average force
is negativ.
Outside the last electron shell we have a force reversion to positive,
which attracts negative minos.
There can accumulate so much minos, that there
outside a negative shell comes into being, which does not groth from
unendlessness but increases from the minos.
New arriving minos dam in front of the
negative, the reversion shell.
These minos again build a reversion shell,
before it there again dam minos, and so on.
4b)
Quantity
of shells, c, standing - rotating shells
Every force center attracts weaks.
If there reversion shell are coming into being, possibly very many
shells can build up one after another.
The reversion shells are mostly empty and can accelerate contrary weaks
partly extrem.
Light-particles are being accelerated so to c.
Here the force of the reversion shell and of the particle delivers the
energy E = M * c².
Standing shells are being built up round nucleons, alfas, atomic
kernels, atoms, molecules, bigger bodies (for ex. magnets, celestial bodies)
Above all we fing rotating shells in the
astronomy.
4c)
Intern
- extern force diameter
Weaks of layer 1 (for ex. 4-particles) have at the radius of the most
external original charge their intern diameter.
They have a force to outside, with what restified
particles repel one another respectively hold each another up to the
much-billion times of r on distance.
Depending on the powerness of the force center, which
produces the shell, so greatly the weaks are being pressured to one another
wihin the shell.
We call the distance of the particles within a shell the extern diameter
/ radius.
It is also named force diameter.
4d)
Short-waved-particles
inside
Weaks of layer 1 can drive slalom round other shells or can be captured
into them.
Longer-waved-minos are more powerful and get
caught far outside in the shell system.
Shorter-waved-minos can curve between the more longer-waved-particles
deeper to interior
They extrude in their shell longer-waved-minos, which were at the shell
border. These extrude longer-waved of the next extern shell, those again such
of the overnext longer-waved shell, and so on.
In course of time always more short-waved-minos are accumulating deeper
in the material. Outside we really have the most long-waved of all particles.
4e)
Stabilities
The nature produces great stabilities, which are varifying only under
special conditions.
For ex. electron rings cause, that only very short-wave-particles can
advance to the kernels.
2-times force reversion at electron, positron, borders of nucleon and
atom, as well as larger bodies are weaking the intrude
both the negative and the positve particles.
More times force reversion of many shells protect to inside increasing
better.
Body reversions cause powerful restified shells.
Every wave-lenght is belonging to its shell.
4f)
Closed
/ open Systems
If the intern distance of a particle respectively a system will not be
varifyed, then also their energy don't changes (E-conservation 2 respectively
3). The system is closed.
If the intern distance of a particle respectively a system will be
changed, then the energy of this particle respectively system and the energy of
all superior layers are changing ! The system is open.
Is a shell accelerating a light-minos with light-c to outside, the atom
will be pushed according to the impulse sentence to its masse a little bit backwards.
4g)
Impulse
sentence is true
Here the impulses keep conservated.
The change of locations basically effects to the rest of the whole
universum.
Also here the summarized impulses of the whole universum keep conserved.
The varified distances and angles deliver new movements. But they keep
fundamentally within the whole conservation sentence for impulse.