4.1 – The Waves, 4.2 – Rays of Space, 4.2, a – Their Creation, 4.2, b – Their Qualities, 4.3 – The Quantum Effect, 4,4 – Lighting, Images and Vision,
4,5 – Various Phenomena
4.1 – The Waves
A wave is a virtual object, representing objects or events of which we know the existence, but can not see, because they are too weak, numerous or fast.
A good example is the observation of the vibrating string of a violin, when we see neither the actual chord nor the vibrations or rotations, themselves too small and fast for our vision.
Since the seventeenth century, scientists have explained the waves of space, including those of light, by analogy with wavelets on a pool of calm water, when throwing a pebble or gravels. But the phenomenon has never been explained. We propose it here.
Waves or ripples, on the surface of a pond, are connected with the disturbances created in the liquid medium, by the object which is thrown there.
A pebble, for example, by sinking rapidly into the water of the pond, could create a « water » void, if this void was prevented by the rapid, immediate displacement of quanta of water coming from all around.
The middle elements, all around, are more numerous than necessary. A part is pushed back to the outside immediately, where other elements of « their » all around had already replaced them.
It creates a small accumulation, very momentary, of « quanta of water », which seems to move outwards, like all new accumulations.
All the « liquid space » of the pond is concerned, to the end of this space, the edge of the pond, where it lacks elements of the middle and the phenomenon stops.
It is a wave or a series of differentiated ripples, according to the elements thrown into the pond, forming rays all around the phenomenon, thus interesting the whole environment.
It is the displacement of the pebble in the water, at a certain speed, which creates the wave in the pond. If it is laid, the water is not disturbed, there is no wave.
If the pond has a certain depth, the pebble can cause several successive waves, distinguishable from each other.
When a handful of small pebbles is thrown into the pond, each element of the handle, even the smallest, creates its independent vaguellette. We, observers, see them as a precise wavelike, formed of different vaguelettess corresponding to different gravel.
We find this operation in a tsunami.
This is a very special event to which Japanese fishermen have given a name which means « port wave ». When they returned home, they found their city destroyed by a sea-level rise, of short duration, of variable importance, while the weather was calm and could not explain the disaster.
A tsunami is a particular wave by its formation.
During an earthquake in the sea or ocean, the sudden collapse of tectonic plates in the bottom of the body of water creates a void that can not exist.
To prevent it, « quanta » of water all around move towards the subsidence, then others to fill the new holes created by their movements, and so on to the end of the ocean.
Thus continuous accumulations of water are formed, instantaneous, similar, of the same height, which succeed one another, moving away from the event, to the end of the ocean, at the speed of the movements of the quanta of water. in the fluid.
We can assume that the speed of the tsunami in the ocean is the same as that of wavelets on the pond.
The arrival of the tsunami on the coast, even thousands of kilometers from its starting point, is always and everywhere, preceded by a slight drop in the level of the ocean.
The height of the wave-accumulations is the same near the place of the collapse of the tectonic plates, and at the end of the ocean, very far all around, with a volume of displaced water generally much higher than that of the subsidence. .
At the « end » of the middle, there is no longer any quanta of water that would realize the accumulation that moves and the phenomenon stops.
Thus on the coast, the damage is due only to the natural fall of the wave that stops and disasters are more or less important, according to the topography of the coast and the presence of population.
There are no tsunamis, rogue waves and those created by major collapses in the ocean of glaciers or cliffs, or those formed by surface winds and swells. The huge subsidence of the Arctic and Antarctic ice caps has never created a tsunami.In July 2012, experts said they discovered why the magnitude 8.6 earthquake off the coast of Indonesia on April 11, 2012, did not create the tsunami announced. The movement of the tectonic plates would have been slow and horizontal, contrary to the usual vertical movements.
4.2 – The Rays of Space
4.2, a – Their creation
We have seen in previous chapters that, in their connections, the electrons can not develop completely. The volume of the compound created is smaller than the total of those of its components.
This leads to different phenomena, some of which have been studied in Chapters II and III, such as gravity, gravitic clouds and increased thermic agitation.
It also creates a disruption of the electron disposition of the Ether: the reduction of the volume of the compounds, compared to the separate elements, may create a vacuum in space.
Like the pebble or gravel thrown into the pond, this void is impossible.
To prevent it, the displacements of the electrons, which are close to the phenomenon, are naturally modified by entropization, that is to say the permanent balancing of entropy and gravity.
Electrons – and small compounds – all around are moved to this place, filling the void. These are disturbances of the disposition of the electrons of the Eatheer and, at the same time, so-called « negative » displacements, such as anti-radiation.
The middle elements, coming from all around, are more numerous than necessary. This is the same situation as the quanta of water in the pond.
The surplus is immediately pushed outward, creating a small accumulation, because, from their departure, the elements had been replaced by elements of all around, a little further.
So there is still too much of it, and this very brief accumulation seems to be moving in a continuous way, creating similar rays all around. The phenomenon is renewed instantaneously throughout the environment, to the end of the space in which it is formed.
The radius created corresponds exactly to the surplus of displaced elements, that is, by simple logic, exactly the result of the event that created the disturbances.
It is therefore always special, as precise information of the event that created it.
A ray is not composed of an electron, but of a precise « group » of some electrons and small compound, entangled or not, formed by chance, during the disturbance of the Aether.
It is particular to this event, existing in all the successive departments, due to this event.
It could resemble and match, in all matters of space objects, with the small proteins that carry information in the internal space of living organs and organisms.
This would confirm that all phenomena of creation and functioning of living beings exist in the mineral matter.
Events that create disturbances, almost similar, can follow each other for very different periods, with new ray frequencies corresponding to those of the electron bonds.
It is thus that, in spite of chance, rays can reproduce events similar to those which gave birth to them, at very different distances of time and space.
The negative and normal displacements of disturbances, and rays, are realized at the speed of the movements of the « vibrations » of the electrons, everywhere, even in the matters of the objects of space, where there always exist free electrons of the Aether, as much as in the free space of objects.
The rays, created by the « primary » disturbances of the free electrons of space, are sensitive to ALL living beings, according to their qualities and those of the rays that reach them.
For certain phenomena, such as light, and many others, living beings have created representations in order to understand and use their manifestations. These are the waves.
In current physics, these radiations are called « electromagnetic waves ».
4.2, b – Their qualities
Physicists know how to represent the waves of all disturbances of the space of objects, and those of free space. They can establish their observation spectra.
Newton has learned the diffusion of light for its different waves.
In the following centuries, the spectrometer has been used for all the rays of space and matter, in different media, and have been distinguished by their wavelength or the frequencies of their disturbances.
Researchers have observed that the speed of their displacements is invariable in a given environment, the « void » of space for example. It is almost the same in objects, because the disturbances concern the Aether, which exists in all objects.The spectrography of all the rays and their waves shows, in each category of disturbances and their environment, a graduation of the frequencies from the very weak (great or very long wavelengths), to the very fast ones.
A precise part is considered as light waves; they are not different from others, but some living beings know how to use them.
The wavelength refers to the graphical representation of waves or other successive phenomena. It is the distance, in units of the metric system, between the events that create the wave or the rays, in a specific event, like that created by the different chippings of the handle thrown into the pond.
More precisely, the time between two events that create wavelets or rays. The wavelength is therefore directly related to the frequency of the events.
For some phenomena, rays can follow each others, sometimes very long. For light, for example, the train of waves can last the time of a spark or the flame of a candle, or millions or billions of years of the brilliance of a star.
Depending on the quality of the waves, especially their frequency, contacts with other objects can simply make more or less obstacles around. This is how the waves called radios have different behaviors according to their wavelengths or their frequencies and the environment.
This is the explanation of phenomena called « gravitational lenses » that allow to « receive » grouped information from an object whose rays circumvent an obstacle, which in some cases may be an entire galaxy.
At the limits of frequency variations, radii, we have on one side very fast disturbances of the radiations of compounds, at the same speed as the disturbances of space. They merge to form X-rays, gamma and others.
On the other side, at least disturbances, the intrications are infrequent. This is the case of the modifications, insensitive or not very perceptible for us, in the matter of our galaxy.
At a certain frequency of creation of electron compounds in a given area of a nebula where the material is formed, « radio » waves could signal us, with appropriate reception equipment, the beginning of proto-star formation.
This is a possible explanation of the « background noise » discovered by Penzias and Wilson in 1964, which was recovered by the Standard Model of Cosmology and referred to as the « cosmic microwave background », which has no reasonable explanation. .
The rays of space everywhere have the same behavior, which depends only on the frequency of the disturbances.
These manifestations have mainly been studied for light waves: reflection and refraction, diffusion, diffraction and absorption, but they exist for all rays, from very low frequency radios to ultraviolet rays that mix with particle radiation.
For all the phenomena explained above, the speed of displacement of the perturbations corresponds to that of the displacements of the quanta of their matter in this matter itself. It varies with this material.
Thus men can recognize the quality of the material of the earth’s crust by observing the speed of displacement of the shock wave of an explosion-disturbance created in the material to be studied.
For the rays of space, the speed of displacement of the disturbances corresponds to that of the vibrations of the electrons.
In a given medium, all the rays have the same amplitude, because they are always and solely due to quantum displacements of the medium considered, electrons for space. This amplitude is close to the diameter of an electron, that is to say, an attometer, a millionth of a billionth of a millimeter.
This low amplitude and the high speed of displacement of all the disturbances, allow overlaps or encounters without interference of the rays and significant modification of these disturbances.
The frequency of the entanglements of the electrons gives that of the disturbances; it is never regular because the creations and modifications of the compounds are always random.
The rules of operation of electrons are simple and strict, but all the events they create, always with other free or compound, are random and are in no way related to each other.
This explains why there is never interference of the rays, with each other, neither in the space nor in the matter of the objects of this space.
All the actions of these rays are independent, as much in the general space empty of object, as in that of the objects and the materials which co-emerge them, neither mineral nor living.
Astronomers always differentiate stars from each other and the rays of our pocket gadgets, radars or « the cloud », never mix.
4, 3 – The Quantum Effect
The « primary » rays of space, as explained above, carry around the event that creates them, the same quanta of matter of space, with the same possibilities of electron bonds as those creating it.
The created rays, which move around this event, can immediately reforrn it, similar to the preceding one, except intervention possible of chance.
Chance exists always and everywhere, but the almost instantaneous realization of the rays and their connection also instantaneous with elements of the environment, free space or matter, allow the creation, in certain objects of space, of massives of material more or less homogeneous, cristaux, more or less pure ores, granites, etc.
Some rays can carry very far the same information and create similar materials, scattered or in masses of variable size.
It’s the Quantum Effect.
His action is very important.
Typically it is responsible for the creation of protons in the remains of dead stars, in nebulae, for the creation of atoms of all material objects, at least in our galaxy.
On Earth, electricity is a very important phenomenon that uses the quantum effect completely. We explain it in the next chapter
4,4 – Lighting, Images and Vision
Light does not exist in the Universe.
Otherwise, it was constantly manifesting everywhere. Why and how would it move and what would our nights be like?
For us, on Earth, the space is black, out of the daylight rays of the Sun and the stars, at night.
And if we did not exist, as well as all living things with vision, there would be no problem of light and dark objects in space.
Light is a phenomenon known to everyone because it seems to be always there, as part of ourselves and the Universe.
So, surprisingly, there is no study on its origin, the reason or the usefulness of its presence, the quality of its substance if it has one, its way of moving and to « bring » the images of objects as we watch.
The « Fiat Lux » of the big bang dates from a speech of Pope Pius XII in 1954. Before that date, Georges Lemaître had explained his theory of the original atom, without mentioning particularly the light, as if it existed in the Universe and that it could not be otherwise except, according to Gamow, whether it « decided » to be or not to be. Gamow does not speak any more: the light is there and that’s all.
Its speed is considered as a fundamental constant of the Universe without being explained the reasons.
It is only in the void, it is said, but in the current theories we do not really know what the emptiness are in the Universe.
Some documents indicate that Einstein gave him his invariable and unsurpassed speed character. That’s not fair: Einstein used it because that quality was known and he needed it for his theory of relativity.
But neither Einstein nor the previous physicists explained why it had these qualities, especially this speed.
Living beings on Earth know how to use phenomena from their environment to facilitate their way of life. They use the rays of space in different ways that we do not yet know well.
Some have created tools to use some very fast frequencies. We especially know those of men and other organized animals that have eyes and vision.
The sense of touch also participates, permanently, for the beings who see, as for others, the vegetal kingdom for example.
The disturbances of space are not sensitive to us separately, because their frequencies are too rapid, but the sentient organs of living beings know how to differentiate them according to what they receive from them.
The information collected by the eyes is interpreted by the nervous systems, appearing to us as reflexes and memory, to make us the global images, more or less detailed, objects, without distinguishing all the information brought by the rays. We see and recognize the objects we have already seen.
In the atmosphere of the Earth, the information provided by the so-called light rays (of the observation spectrum) in the form of small « mineral proteins », meet free compounds which absorb a little, reflect others and after repeated reflections, reach our visual systems, – and others se,ses – that create us an environment called light or lighting, particular to all of us, living beings.
The rays of what remains of this light, and others more direct, reach the objects of our immediate environment, on which they are reflected and diffused, or refracted and partially absorbed, according to their form and matter.
The rays that reach our eye have been modified by the objects we are looking at. It is the quality of their surfaces that determines the color and shape of objects, depending on the quality of the rays they receive and send back.
The objects are visible to us by what remains of the light received and sent back.
The remaining rays modify, by bonds, the small proteins of the organic dentrites of the senses of beings that are susceptible to them. See chapter VI.
Our vision may be sensitive to distant rays, according to their qualities and what remains of them when they reach us. Thus, we do not see a candle at the bottom of the garden, but the light of certain stars can reach us from distances greater than tens of billions of light-years.
The quality of vision depends on the functioning of living things. They all have their particular way of recording and interpreting the elements of the objects they are looking at.
Some recognize rays of different frequency than than we use for vision or radio. They « see » the environment in their own way and have landmarks, invisible to us.
Light is therefore only a sensation to certain living beings and all the other actions that we can attribute to it in the mineral or living matter and the objects of space are due to the real action of light rays or not.
4,5 – Various Phenomena
As we saw above for the quantum effect, the « mineral proteins » of the rays, are likely to bind to free electrons or various compounds. Thus, in the zone of passage of the rays, more events may occur than elsewhere in space.
In this case, part of the ray disappears, but in the « light zone » of the spectrum, the events frequency creati,g the rays is very high and the disappearance of a ray does not change much in our observation of alive beings.
This is how the rays of light of distant stars change slowly. The absorption is carried out according to the frequencies; the largest, that is, the ones that signal the most disturbances at the same time, – in the blue zone of the spectrum -, are more absorbed.
The remaining rays are therefore formed of frequencies closer to the infrared and thus indicate the age or distance of their source. This is the explanation of the red shift of « starlight », the « redshift ». Its quality allows astronomers to calculate our distance to the stars.
The disturbances formed by bonds and fusions of compounds in the heart of the stars are not « visible » to us, because their frequencies are too high.
Objects and structure are invisible to us because our vision does not know how to use their potential rays. We know their existence by other means
Some are too far away, This is currently the case for galaxies that the permanent improvement of the observation equipment makes us discover and will continue to do in the next few years.
We know how to create rays for our needs – radio, telecommunications, a wide variety of gadgets and the global Internet – by sending « electric shocks » through our antenna or other device to our planet’s space.
All areas of space, in objects, are constantly disturbed by numerous rays at various frequencies, which can, individually, be recognized by suitable detection equipment; this is their current use for « passive radars ».
© PhDardel – Update, novembe 2017