
Mass formation
If you have not put yourself into the system that I use, then understanding
the basis for this section is not present.
You may read the following link and ensure you
understand the content.
Universe,
Classic big
bang and Micro physics
Note to Formulas The formulas
you see here are different from the ones you normally
see, because the universe consists of two parameters
that I have included in my formulas. You can converse
them back to the common known classical formulas using
the formula
m_{x} = V_{x} * c^{2}
If you do it, you
come a level up and you can not see the micro details in
the way the universe evolves.
Note to
the universe's combinatorial The universe is
a selfevolving and selfadjusting system where the
combinatorial composition must be in a certain order of
development. Although not directly visible, I have made
sure that the combinatorial order is met.
Note on time The time is not a
direct parameter in the universe. The time appears at
the temperature shift between two points and can also be
expressed at a speed between two points and is
directional. The definition of time is max. the voltage
between two points with the length c measured in meters
and equals one second. You can see more about this in my
other sections.
Note to the temperature
span There are two types, one in rest and
the other is kinetic. The resting one forms the
universe's mass and mass attraction, therefore the
calculation parameters are about mass c. The kinetic
mass is always associated with mass and is called
massspeed, the voltage is between zero and c and can
not be negative or greater than c and is a combinatorial
Composite part of the universe here under the radiation
absorption and emission system. You can see more about
in reasons for this in my other sections.
The universe's mathematical structure
The universe is a two parameter system and is a
relationship between the universe's volume and its
temperature. In order to handle this, it is
necessary to put the universe on formulas. The
universe's volume can not be moved, it is the
temperature in the volume that can be moved. It must
also be taken into account that the universe has a
thermal rest point and the conservation of the energy in
the universe.
................................
We now have a possible model of the universe's
functional system, which we already have a logical
knowledge of but not a mathematical model. To make a
mathematical model that works, we must know the
temperature shift from the rest point (the universe`s 0 point)
which can also be expressed as a speed. This is done by
making an infinite number of coordinate points in the
universe.
........................................
All speeds and functions in the universe refer to and
from these points, you see it in all my sections. In
order to create an energy amount, we need to use an
amount of parameter. I have used the universe's volume
and it looks like
this m_{x} = V_{x} * c^{2}, all parts are
defined in the meter system.
Control of the
system in known physics We now have a model
of the universe's way of functioning and a mathematical
calculation model. It is not without important that
we know what the tangible mathematical scientific
evidence is for this system. This is done by looking
at how the system fits into various known physical and
mathematical systems.
One of the control
points I've used
look here.
Another part is the development of the universe's
functional parts. Keep in mind that the universe is a
selfevolving and selfadjusting system. You can see
more about the reasons for this in my other sections. Mass and energy
formulas
........
The energy is measured in kg = m^{3} * v
^{2}.
Where v
^{2}
(speed)
^{2} = the temperature span at the
absolute 0 point. The volume V is the amount
parameter and is measured in
m^{ 3}.
The amount of energy therefore has two unknowns that
may vary. Standard formula for resting mass is
m_{x} = V_{x} * c^{2}.
The joule
conversion formula is
c^{2}.
E = m_{x} * c^{2 } for
the rest of the mass.
Note that the conversion parameter in rest, and the
kinetic formula are the same, and have reference to
the unit joule.
An interesting case in
the kinetic energy formula is that the order of factors
has no meaning for the product but is important for the
physical understanding of the formula.
In the
formula kinetic energy there is a halving factor that is
bound to the product. It is the half of the volume
associated with reaction.
Particle structure I assume you
have read my section about classic big bang. It is not
possible to prove that such an event has occurred but
from the systems I work with, I can make a model of how
it could have taken place.
A big bang event is
required so that the temperature range can get up on c.
This event causes compression, you know it well if you
press gas together so the volume becomes smaller, the
temperature will rise because the total amount of energy
is constant on one less volume. There is a difference
between gas and this but the basics are the same.
There are several strange events by big bang. It
is that the compression vector remains in the newly
created particle mass. The reason being that all the
vectors point to the center and the universe can not
figure out to turn them around. That means, the
universe's particle mass is on its head in relation to the universe`s
normal function.
....................................
The temperature span c is a constant, the mass size is
determined from the volume of the mass and is energy.
We can now decide what mass is:
......... mass
is the temperature span in a defined volume in the
universe .
If a particle mass is moving
with the speed c,the temperature span in the movement
direction is zero and in rest it is c. The speed c
is formed in the Big Bang and is probably a variable
which in this big bang has become c.
What I need
to find is what the compression length is when a
particle is in rest. If the vector points towards the center does not
matter in this case, it is only the compressed length of
the vector when the mass is in rest. (1 /
c^{2 }
) *
c^{2}
= 1 . the length is 1,112650 *
10^{17 }
m.
.............................
I
would like to notice, that temperatur the span is the
same as the mass attraction.
The universe can
only create 1 particle in big bang.I call the particle a
basis core.
The basis core`s mass is calculated in the
following way: ........
m_{basis}
= ((4/3) * pi * r^{3}) * c^{2 }= 5,185681022 * 10^{34}kg.
The basis core is a
function part in connection with the radiations
absorption and emission system and must not be confused with Planck's
constant. It forms the boundary area of radiation
and is in free state stable at the speed of light and
can be seen in connection with accelerator trials.
The basis core is not quite large, there is about 1,756 basic
nuclei on an electron and about 3.225,461 basic nuclei
on a proton. The electron and proton are created in
connection with the development in big bang.
The core`s combined composition Both the electron, the
proton and the atomic core`s nuclei are built up of basic
cores and are bound together by bindlink. The A link is
the strongest binding, after which the bindlinks (B, C,
D, E, F) become weaker to eventually cease having any
influence on the binding structure.
.............................
A proton consists of approx. 3 million basic cores.
To attempt to calculate the bindings must be
considered a hopeless task, but there is a solution to
the problem, the structures can be mapped using a
particle accelerator. When a proton is broken into a
particle accelerator, the weakest joints will collapse
first, which means that all the fragments do not fall
apart at the same time, but will divide into smaller and
smaller pieces, therefore it is possible to map the proton's
interior. If you do, we will also get the basic
knowledge of the atomic nucleus binding`s structure.
The electron and the proton are stable in free standing, so
far I have not found a final solution to the problem.
The core`s combined context 2 If a particle is in
motion and is not influenced by any forces, it will move
in a straight line because it is composed of vectors
with a temperature span and the shortest distance
between two points is a straight line.
A particle
is not a hard and fixed size, because it consists of vectors that
constantly refer from the universe's zero point If a
particle is still, it will have the shape of a ball. If
a particle is influenced by a force it will not have the
shape of a ball.
.................................
If a particle is in motion, the particle`s vector that
points to the center will be greater than c and the
vector as point to the zero point of the universe will
be correspondingly smaller and in opposite direction
vice versa. A particle can not achieve a faster rate
than input which is c. This
function part is the reason why a particle in motion is
carrier of kinetic energy.
There is a lot of
functions which is attached to particles in movement. I think
it's too comprehensive to include them in this section.
Example
......................
You can read more about this in my section about Particle
Radiation.
Formula systems I have chosen to
repeat the following:
E = m_{x} * c^{2}
for the rest energy of the mass. The formula for restmass
is
m_{x} = V_{x} * c^{2}.
where
m_{x} is the energy measured in mass,
V_{x} is the volume of the mass and the
c^{2} the light constant
...............................
During the last hundred years, mass has formed the basic
for calculation of energy and can be converted to joule or
electron volt or another device, but there is only one
unit of energy in the universe (mass).
The restmass
has an action and reaction system, you can see that c is
raised another. The restmass therefore contains the
maximum amount of energy that the bounded volume in the universe
can carry. Kinetic mass is also an action and
reaction system, you can see that the speed is lifted in
another.
.............E = ½ * m_{x} * v^{2}
=> E = ½ * (V_{x} * v^{2}) * c^{2}
Formula examples Normal formula
E = m_{x} * c^{2} up
formula ↑ New formula E = (V_{x} * c^{2}) *
c^{2} down formula
↓
The up formula
E = (m_{x} * c^{2})_{1} +
(m_{x} * c^{2})_{2} + (½ * m_{x}
* v^{2})_{3} What you can see here, is that
this is
about energy, the rest is invisible to you. If you work
on a project, you only have to make one mistake and your
project has fallen to the ground.
Down formula
E = ((m_{x} * c^{2})
* c^{2})_{1} + ((m_{x} * c^{2})
* c^{2})_{2} + (½ * (m_{x} * c^{2})
* v^{2})_{3} We are not interested in using the energy
in Joule, but in the universe's reason mass and we
therefore get:
..........m_{x} = (V_{x} * c^{2})_{1} +
(V_{x} * c^{2})_{2} + (½ * V_{x}
* v^{2})_{3}
We can now see the underlying
function parts of the universe. There is not taken
position here about how you can put them into your projects, but you
can see more about the combined composition in my other
sections.
Last updated march 01, 2018
Email : info@jwhdk.eu
 
The
Universe.
Classic
big bang.
Mass
formation.
Atom
structure.
Atom
binding.
Molecular
binding.
Particle
radiation
Magnetic
fields.
Mass
attraction.
Conclusion.
Micro physics
