gives us an intermediary medium that consists of nothing more than a
space-time-like medium, so there is no need to mediate forces to the
already all too well deduced, but unnecessary "virtual particles". So we
no longer need gravitons to explain the phenomenon of gravity either. Four
of the five interactions can surely be deduced back to the above. At the
same time, the most recently postulated infons - the mystical particles of
information transmission have become redundant as the spherical waves
modulate along with source displacements, and this information gets from
one point in space to the other. Essentially, atoms exist in each other's
wave spaces, and these waves also transmit mechanical and information
movements as well. This is not more than one kind of wave, only the two
different properties of the same wave. The thing is already known to our
science, only no one has set it in a unified system by connecting the dots.
This is the result of the individual disciplines' getting more separated,
money and position combat, and all of science's lack of philosophical
integrity. The history of science is interesting, but it does not replace
science. Cooperation is needed. Then we'll be better off.
With the former I essentially stated that it was a kind of information
ocean that we swim in because the waves of each element sooner or later
reach the other elements. This issue was dealt with by Fermi and Dirac,
too who mathematically investigated the perturbation sets' dynamic system.
It has extensive literature. This thought has become embedded into the
quantum-chaos theories. If we extend this to the system of dynamic set of
sources we'll have already become closer to the essence of the world.
Through active research and mathematical exploration of essential space
layers much better results will be obtained from the targeted practical
The fact that the world is based on dynamic elements is indispensable and
in the wavespace of dynamism such an awesome amount of knowledge is
carried that it is well worth some masses. If we stop and think about it
then we will realize that through this wavespace the Universe forms a
single huge unit and any shift will result in little modulation in the
whole. Even a single electron is constantly moving, but when moving an
object in which this electron is, this highlighted electron of this object
will indicate the movement of the object. With this I want to point out
that if we are developing sensor systems, especially for this purpose many
things which are still to be learned about the universe will come to light.
ATOMIC LEVEL MOVEMENT
This worldview based on a wave-world will not make unemployed our
physicists, but on the contrary. it will give work to those who have so
far did not get any meaningful work. We must sort out a lot of unclear
details which are still to be solved! But this seems to be a better
principle. This will finally get us out of the quicksand.
The various molecular and crystal structures are mainly held in the form
of palpable objects by interferential holes. That is what makes them stay
together. These interferences are active in their vicinity, but they work
even at a greater distance as well. The gases also strive to be in a set
aggregate. If we were to cautiously pour out a glass of water in a
spacecraft circulating around the Earth, it would stay together in the
shape of a small amorphous lump.
It advisable to invite it into nylon bag at the end of the experiment
because if it reaches any object, it will run all over it due the surface
tension. Therefore, for example, a conventional toilet on the spacecraft
is unsuitable because the end product will start all kinds of adventures
around us. Therefore, millions of dollars have been invested into
developing a vacuum toilet for spaceships. The Earth and the materials of
all the planets are arranged in specific gravity stratification. The
heavier ones are located below whereas the lighter ones end up at the top.
All the heavenly bodies are only able to hold materials in proportion to
their mass. The local escape speed applicable to each atom follows from
this. Smaller celestial bodies can be escaped also by heavier gases while
only Hydrogen and Helium want to leave the Earth. Oxygen and Nitrogen will
remain under Earth's gravitational pull. This, at the same time, limits
the range of planets inhabitable by Homo Sapiens because Hydrogen
remaining in the atmosphere of the larger planets is already very much
promotive of Nitrogen's and Hydrogen’s fusion, which is ammonia formation.
Excessive accumulation of this makes the atmosphere inadequate for human
life. Not to mention how much we should beef up due to increased gravity.
But let's look at the promised solid bodies. A set of materials will
remain together firmly, as long as the atoms' force retaining each other
does not exceed that critical limit where they start an irreversible
deformation. It also matters how much light a single atom carries, since
light particles punch, knock their material prison from within. It is not
easy for them to come out because the time mirrors reflect them. Yes, but
the light quanta's accumulated time caps in front of themselves during
reflection flies forward unhindered in all directions of the space. The
light seeds are reflected. These caps leaving the nucleons are still very
much effective, but not that much so once they get further away. Their
curvature factor is reduced.
However, let us be aware, that the tiny source system of the light quantum
which has produced an essentially infinite time layer-density central zone,
and that very dense layer-system is retained even when the light quanta
has become seedlessly infertile! This may be the cause of the mysterious
fifth force. That's why protons and neutrons cannot attract one another
anymore in the nucleus beyond a certain distance limit. At higher
temperatures the phenomenon is more intense, because the medium has many
light quanta, which, of course, speeds up the topping up of atoms with
light. This lasts all the way until the thermodynamic equilibrium sets in.
Light quanta will enter and exit in and out of nucleons but the same
amount comes and goes.
If we look into an incandescent ceramic furnace, it's all the same color,
everything glows. As it starts to cool down, slowly the original colors of
objects appears. At this point, the light coming from the furnace is
growing darker red, and indeed the reflected colors of the exterior white
light are seen coming off of the cooling objects. The inner color of the
furnace itself grows towards the infrared. Around 600 C ^ o the oven's own
light is already not visible. But this is still dangerously hot. Its atoms
and atomic aggregates are still releasing light which was forced into them,
only the smallest size yellowish light quanta are released first, then one
by one the increasingly larger ones moving towards red. It goes all the
way across the whole spectrum. It starts where there was the highest
temperature and ends where there it was re-equilibrated with the ambient
temperature. There is also an emission spectrum image here, only in a
nicely set order. If we looked at it through a prism, our prism would
first show a spectrum going from yellowish-brick-red to infrared then the
spectral band of the prism would shrink and eventually would be
extinguished in dark red. The red-light quanta with the largest diameter
are released last. Incredible as it may sound, but they have the most
energy. The nucleons' scales are getting ever tighter, so this is escape
race slows down and finally comes to a stop. These remaining light quanta
only rarely and difficultly leave their jail.
What happens if we place them in an empty space? The scales which are
being sucked outwards will give off light because they open up slightly.
When this happens they tend to absorb light (heat) if they have light in
their environment. The expanding gas or liquid cools down and the
compressed ones heat up. This is how your fridge works. If you want to
cool your kitchen with this, you're mistaken, because it produces more
heat than cold. If the radiator of the rear exchanger were outside the
building it would indeed get cold. In the cold air there is less light.
Therefore, it tries to achieve its thermodynamical equilibrium from its
environment. So it balances itself out off of the objects and the
residents. Water will boil at room temperature in vacuum, and will bubble
like in a pot over fire. Get a plastic syringe, suck one fingerful of
water in it, then pull its plunger. Your water will start to boil. That is
why comets of ice and crushed stone are vaporized.
That's what they have a tail even in 270 ° C cold. All mater in vacuum
sublimates more i.e. it boils. That's why they bothered so much with the
lubricant of the Moon rover, when finally, (if I remember correctly)
sodium metal was used for this purpose. (Designed by a Hungarian engineer).
Sodium was more vacuum-proof, did not steam so intensively. I mentioned
two things from space technology, but it already indicates that not
ordinary materials and solutions should be applied here.
A very similar phenomenon occurs in cavitation and here too some (4 to 8)
bar sudden drop in pressure leads to / total / material annihilation. The
process is very heat producing. All light is released that has been kept
prisoner in the material thus far. The process is not chemical, but not
really physical either. The substance does not convert to energy, but the
atom ceases to exist, and the light is scattered. Of course not 2 photons,
but many billions of light quanta are released then because the process is
visible from all directions. The energy is not generated during the
process, either or transformed from matter to energy, but has already been
in it even for billions of years. The thing works with tap water and
seawater. All fluids or gas can be destroyed in it. These are the positive
sides of it. There are some negative ones as well but they can be solved.
There are no hazardously radioactive residues. The process can be
implemented in several ways. For propellers and chemical industry
engineering ducts the design engineers have been fighting against it for a
century. Mankind is sure "out to lunch". At one place it operates thermal
power plants at others it builds cooling towers to get rid of heat. In our
lack of ideas are we making waste? Only while there are still things to be
Returning to the subject of motion, in the case of each movement of the
sets they have some kind of deformation at certain level. First they are
compressed in the direction of motion, then this wave of shock spreads
through the entire material set. If the strength-elasticity factors are
sufficient, there are more (many) shakes moving along flexibly in the
system, then through the force effect's pushing the atoms' electron shells
(their wave spaces) against the others' electron shells then the object
starts moving. That is, If the processes that trigger the movement do not
disrupt the movement. This can be either another object or force field. If
it's an object, we are still talking about force fields because all
materials on the outer surface have electrons that repel each other. These
electrons can get very close to each other but their repulsive effect (usque)
increases with the square of the distance.
Hence, the closer they get the bigger the arising repulsive force. This is
what happens too, when we push around a chalk on the table. The process
could be modelled and demonstrated spectacularly with a decent size gel
dressed with a square grid. This way each process is more observable.
So every movement, deformation, material destruction and fusion has been
placed in one system and the only question now is which one is actually
the dominant process. I bend, stretch, twist, squeeze or puncture a needle
into a rubber eraser. I use a different equation each time but I always
have the same rubber eraser. Well, in fact, even the movement itself can
be mentioned here, because it may be affected by all of these factors. And
it is indeed effected by them. Not to mention the medium drag, formal
factors, or the vortexes' effect.
One thing is certain: Whenever we move objects there will be movement of
atoms too. These are not completely rigid bonds. I.e. all movement is
interference-dependent, depends on wavelengths. This is generated by the
atoms themselves. Waves interfere with each other, but this cannot be
written by adding or subtracting sines. This should already have been
realized during the research of light. Because it manifested there too. If
I add two sinusoidal vibrations, then the function of the atoms (if even
the information sieving is left out) are very complicated. Here a 740000
dimensional function should be tested for a single neutron. This is for
the moment lacks mathematical support. Doing light quanta, however, seems
a viable task. If we do not omit the current position of sieving, then we
would need to describe the whole universe, even on subatomic level all
simultaneously. All particles, atoms, light quanta, along with all the
momentarily done displacements. This would give the fullness of the
Universe, though only for a single moment. See the point's "n" dimensional
interpretation. Even in this single point there is the whole universe.
That is why a single point is already distribution cloud-like, and that's
why it sifts in space "n". If we wanted to describe a true displacement of
a set, then we would have a similar task on our hands.