Table Of ContentSCIROCCO hydro acoustic interface 2
Main
*-This text does not use the prefixes BES-, IS-, RAS- in some Russian Words forcibly made in the early 20th century.
Part 2. Wave Energy and Information.
Author:Yashkardin Vladimir
[email protected]
Content:
Part 2. Wave Energy and Information.
1. Wave systems of energy and information transmission.
1.1 Energy and Information.
1.2 Wave method of energy transfer.
1.3 Teleportation communication systems.
1.3.1 Reverse modulation (OM). Transmission of information signals at a carrier low frequency.
1.3.2 Infrasound communication system of the ancients. OM detectors and receivers of the ancients.
1.4 Development of wave communication and overcoming problems.
1.5 Noise communication systems. Correlation keys. External synchronization.
2. Information fields.
2.1 The concept of the information field.
2.2 Structure of the information field.
2.3 Initialization within the information field.
3.Space and time of wave energy.
3.1 Rotation of matter is the basis of wave energy.
3.2 Spin.
3.3 Period.
3.4 Frequency.
3.5 Music.
3.5.1 Wave properties of numbers of the natural series.
3.5.2 Musical structure.
3.5.3 Chamber tone
3.5.4 The Quintessence of Music.
3.5.5 Octave of the Earth. Coordination of the basic tones of music with the rhythms of Human Life.
3.5.5.1 Musical system built on the fractal multiplicity of notes to solar days.
3.5.6 What is a Quinta.
4. Ring of energies. Rainbow of Life.
4.1 Matter and Information.
4.2 Rainbow of Life.
4.3 Energy-informational interactions. Wheel RA.
1. Wave systems of energy and information transmission.
Many, having read Part 1 of the interface WIDELY, consult with signalmen and scientists, which seems logical.
Unfortunately, most often these specialists have only experience and not all of them are able to argue their answer outside the framework of this experience.
A person's ability to think is not related to education, most often education even prevents you from looking at things correctly.
Since Education is an imposed experience of others, limiting the thought of Man.
Although I am an expert, I will try to explain to you the essence of the wave connection, regardless of your education.
1.1 Energy and Information.
Information is a property of Energy.
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It is impossible to convey information without spending energy.
From this followsPostulate 1:
The maximum possible amount of transmitted information is proportional to the amount of energy transmitted.
The Energy itself can be of different densities.
For example, solids are tightly twisted energy, where mass is a measure of its quantity.
But, energy can be liquid, gaseous, etheric, etc.
1.2 Wave method of energy transfer.
The wave method of energy transfer consists in transferring it from one point in space to another, using the oscillatory ability of the medium.
The oscillatory capacity of a medium is determined by the interacting particles of which it is composed.
These particles are able to interact with each other, for example, to repel like electrons and molecules, or to be attracted like planets and galaxies.
This interaction of particles determines their ability to oscillate, that is, to create a ring of potentially kinetic energies passing into each other.
The size of a particle determines its frequency (range) of oscillation, scale or octave.
It is probably clear that the electron fluctuates at a higher frequency than the planet, due to the difference in the scale of these particles.
But in any case, the oscillating particle creates a wave field around itself, to which similar particles will respond.
We used to call these fields by their proper names: "electromagnetic", "sound", "gravitational".
Although the essence and cones of existence of these fields are the same, the difference is only in scale and time of life.
Why do only similar ones interact?
Because they are in resonance with each other, that is, they share excess energy among themselves.
Resonance is the possibility of instantaneous interaction of identical particles at any distance between them.
At long distances, this interaction is very weak, so it will take a long time to swing the particles to visible amplitudes.
A particle has a mass and the rate of its swing depends on the portion of energy received by it in one oscillation.
Therefore, the speed of wave propagation depends on the density of the medium and its structure.
What is the speed of wave propagation?
This is the rate at which the energy received by the particle will flow into space, due to the swaying of other particles.
Since particles have mass, they will swing gradually, due to inertia (accumulation of energy).
That is, the particle, having received energy, will begin to transfer it to other particles, primarily those that are closer to it (it has a stronger effect on them).
This creates an energy wave front in which significantly swayed particles begin to jointly rock more distant ones, which practically do not yet oscillate.
The speed of wave propagation depends little on its frequency and amplitude, and depends more on the density and structure of the arrangement of particles in space.
How does a wave propagate in space?
If nothing interferes with the wave, it usually spreads in the form of a ball.
In this case, the particles of the medium simply oscillate in one place, the movement of the matter of the medium does not occur.
That is, the energy in the wave mode of transmission is not related to the transfer of matter in the medium.
In this case, the amplitude of particle swinging falls in proportion to the square of the distance from the center of energy generation.
The wave can be focused with reflective elements in a point (focus) or a parallel beam, then it is possible to increase the amplitude of the particle oscillation at a given point or greatly
reduce the amplitude drop from the distance.
A standing and running wave?
If the propagation of the wave is limited, then it will be reflected from the border and will return back to the gethe wave nerator.
As a result, a standing wave is formed, consisting of bundles and nodes that stand in one place.
That is, in some place the matter will fluctuate greatly (beam), in another there will be a complete calm (knot).
With a standing wave, energy transfer does not occur and information cannot be transmitted (energy is spent only on losses, friction, etc.)
If you start taking energy from the oscillating particles on the receiving side, then the reflection will not occur, a traveling wave is formed.
With a traveling wave, all particles are in uniform oscillation, and the energy goes from the generator to the receiver, runs in the form of a wave towards the receiver.
Fig.1 Running and standing wave.
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In order for the transfer of energy to be maximum and not to form a standing wave, it is necessary to coordinate the speed of energy transfer with the speed of its propagation and
reception.
That is, it is necessary to achieve the absence of reflection of the wave.
For this purpose, matching devices are used that regulate the flow rates of consumed and transmitted energy.
Usually these are cracks, windows or other restrictive structural elements.
Although it should be noted that it is impossible to achieve full absorption or full reflection.
Therefore, signalmen evaluate the quality of wave communication by the coefficients of the traveling (CBV) or standing wave (SWR).
For example, in a standing wave, the bunches will still slowly move towards the energy drain.
Fig.2 A mixture of a running and standing wave.
Incomplete absorption of wave energy and its partial reflection from the shore causes such phenomena as the "Ninth Wave" on the surface of the ocean.
Longitudinal and transverse wave?
Depending on how the particle oscillates in relation to the direction of wave propagation, the types of waves are distinguished.
Longitudinal waves are when particles oscillate along the propagation of the wave (stretching and compression of matter).
Transverse waves are when particles oscillate perpendicular to the propagation of the wave (shift of matter).
For example, when hammering a nail in it, longitudinal waves occur, and when bending, transverse waves, and therefore a different sound.
Transverse waves can also occur during bending and torsion.
All these oscillations are called simple, and they can add up to form complex (contour) oscillations.
On the essence and cones of wave communication, the type of oscillation does not particularly affect, although the speed of wave propagation in a given medium depends on it.
Here I will namePostulate 2:
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The information capacity of the wave transmission increases with a decrease in the carrier frequency.
This will shock the experts, as they will tell you exactly the opposite.
Therefore, I will have to prove the inconsistency and limitations of their arguments.
1.3 Teleportation communication systems.
When communicators tell you that you need to increase the frequency of the carrier wave to transmit more information, they forget to specify for which modulation.
They are referring to Frequency Modulation (FM), in which 1 bit of information is defined as the transition of a wave from plus to minus.
That is, it does not matter how much energy you transferred in one oscillation, even a megaton, it is 1 bit.
This is the wildest modulation method that is used only on Earth.
You could say, "You've built a liner and you're carrying one molecule of information in it."
Let's look at more intelligent information transmission systems that allow more efficient use of the transmitted energy.
For example, you tell me that the amount of information in a book is limited by the number of pages.
I answer no, with a mass of books, I can make a flash drive as mass as a book, and it will have billions of times more information.
That is, I can more effectively use the energy invested in the book (as a solid, E = mc2)
To make it easier for you to understand the material, we will consider the wave on the surface of the ocean.
As I said, it's the same as the other waves, but it looks accessible and understandable.
Immediately agree that the wave is running, that is, it does not reflect from the shore, there is a transfer of energy.
Fig.3 Two waves in the ocean with different frequencies.
Here you can see that a wave with a lower frequency moves more energy in one oscillation.
That is, its bump contains more water, and it can move a ship of greater mass.
Although the second wave manages to make two oscillations and move almost the same amount of water, but it will not be able to move a larger ship.
It's like a weightlifter who can lift 100kg, can't lift a barbell of 200kg, no matter how many times he approaches it.
What is a telepartment communication system?
This is the transfer of dense energies in less dense media in a wave way.
Well, pardoningly speaking, the movement of bodies by means of a wave link.
Fig.4 Teleportation communication system in the ocean.
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This figure shows a working model of a teleportation communication system.
So do not say that it does not exist, it is easily reproducible even in the laboratory.
We see that a low-frequency wave is able to move a heavier body from transmitter to receiver.
And this is done at the speed of propagation of the traveling wave.
That is, both ships will come to the port of destination at the same time, but in a large ship there will be more information, a larger flash drive.
If the information is transmitted continuously (100% load the communication channel), then the amount of transmitted information will not depend on the carrier frequency.
Since the amount of displaced energy does not depend on the frequency of the wave and at equal amplitudes it will be equal.
But in reality, the communication channels cannot be fully loaded, so Postulate 2 is certainly fulfilled.
With single parcels, the carrier with a lower frequency is able to transmit more information, this is obvious.
As with any communication system, teleportation communication requires agreeing on energy transfer rates.
Let's look at this on a real teleportation system - Surfing.
Fig.5 Teleportation communication system "Surfing".
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Serfenghist is in a constant fall (sliding) down the crest of the wave.
The speed of its fall should be equal to the speed of the wave, then it will constantly fall down without moving in the horizon.
He equalizes the speed of his fall by changing the slope of the roll.
You can upgrade the design of the board by adding a drop rate controller.
For example, put on the board water wheels with a load, which will slow down the fall to the desired blade.
This load can be a generator of electricity, that is, we can also receive energy to maintain the information structure (memory) from the wave itself that carries us.
In addition, it should be noted the advantage of low-frequency communication:
- much less absorption by the propagation medium, it is a very long-distance communication
- easily passes into the ground and ocean to any depth, this is a very deep connection
- safe for humans and animals
Low-frequency communication systems are the inevitable future of terrestrial communication.
Although there are disadvantages: large sizes (megalithic) antennas and matching devices.
High-frequency communication on our planet is disaster number one.
With an increase in the frequency of the carrier, the absorption of the wave by the environment and biological life greatly increases.
I have met people who have lost their hearing and vision as a result of being hit by a radar beam.
If we continue to increase the carrier frequencies, then we will live in a microwave, where even water begins to boil.
In addition, the frequency bands used in mobile communications (1.3GHz... 4GHz), cause the auditory effect of the microwave range.
That is, in the human head, it is possible to create sound and infrasound waves, due to amplitude modulation of the carrier frequency.
This effect was described in the scientific work:
R.E. Tigranyan, V.V. Shorokhov "Physical foundations of the auditory effect of microwave". Pushchino: ONTI of the Pushchino Scientific Center of the Academy of Sciences of the USSR,
1991.,
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This book was completely accidentally published during the collapse of the USSR, you will not find such publications (without the stamp "Completely secret").
The essence of what is described in the book is simple, in the head of any person (animal) you can create an inner voice (real sound) using a mobile communication tower.
You can also create an infrasound voice that a person does not hear, but which is heard by the subconscious.
The use of mobile communication towers has taken the throne technology of people management to a higher and more comprehensive level.
1.3.1 Reverse modulation (OM). Transmission of information signals at a carrier low frequency.
OM - modulation allows you to transmit high-frequency information signals at a low carrier frequency.
As I said, radio engineers claim that this is not possible.
It's possible, it's just that they weren't taught it, but told it wasn't possible.
Low-frequency signals are capable of exciting resonators tuned to the highest harmonics of this frequency.
For example, if you take resonators tuned to a series of natural numbers, then in the First Sound Octave 256...512 Hz you can get:
- By applying a frequency of 1 Hz, all the resonators will sound, that is, all the notes of the First Octave, since they are all harmonics of the number 1.
- Supplying a frequency of 2 Hz, only the resonator multiples of 2 Hz (256, 258, 260, etc.) will sound.
- Supplying a frequency of 13 Hz, only the resonator multiples of 13 Hz (260, 273, 286, etc.) will sound.
That is, by changing the low frequency, it is possible to excite different groups of resonators.
If you do not use the entire range of the First Octaave, but make it up from a finite number of resonators, for example, twelve notes.
The fact that I smoothly have a low frequency, you can make any combination of resonators sound, from one to all at the same time.
That is, it is practically possible to play any melody on notes and overtones, in analog performance.
At the same time, a frequency significantly lower than the frequency of the information signal will be transmitted in the communication channel.
Since the speed of perception of information is finite, it is always transmitted by frames or frames of time.
A frame is the minimum time interval in which an object can realize the received information.
If we are talking about a person, then the minimum frame of video information is at a frequency of 25 Hz, and for an audio frame 12.25 Hz.
That is, a person is not able to absorb video information that will be transmitted with a frame of less than 1/25 = 0.04 seconds.
Also, a person will not be able to realize music if the frames of the notes are less than 1/12.25 = 0.082 seconds.
A person needs time to realize the next portion of information.
The main thing here is that human information is always taken in portions.
In the frame, each note has a certain interval of sound.
For example, a pianist will not be able to press an instrument key 12 times per second.
Therefore, the carrier frequency of 12.25 Hz is quite enough to transmit any music.
For example, to convey the melody "A Christmas tree was born in the forest" in the First Octave, it is enough to transmit it in an octave of infrasound.
And, on the receiving side, reproduce on the harmonics of the first octave.
There are no restrictions on the frequency of music here, there is a restriction on the frequency of synchronization or frame time.
That is, you need a carrier with a frequency not lower than the frequency of synchronization of a person.
Fig.6 Mathematically, OM modulation looks like an inverse function of FM modulation.
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Each note cannot sound less than 0.082 seconds, and its frequency does not play a role, the wave must make many oscillations so that the human brain can determine it.
By one or two vibrations of the sound wave, you will not be able to recognize a note of music.
And the multiple repetitive oscillation, in technical terms, does not carry information, and can be compressed almost to infinity.
Likewise moIt is necessary to transmit the speech of a person, since the sounds of speech also contain time intervals for the sound of certain frequencies.
Thus, in OM modulation, the laws of communication are not violated, since we transmit time intervals that fit into the slow carrier frequency.
A musician will not be able to play notes more than 12 notes per second, and if he can, then you will not accept such music.
How to receive an OM modulation signal in radio communication?
It is necessary to apply a nonlinear signal conversion, which will create higher harmonics.
For example, convert the signal into a meander by passing it through a comparator, or straighten it with a diode.
Fig.7. As a result of a nonlinear conversion, part of the signal energy will be distributed over the highest harmonics.
You will only have to filter the desired harmonic and feed it to the amplifier with a speaker.
You can do a simple experiment:
Run any sound generator at 12 Hz and try to hear this frequency in the speaker.
It's not going to work out for you.
And, now make a nonlinear transformation by turning on the same signal in the form of a meander (rectangular signal).
You will hear a very loud "clicking" sound, with a frequency of 12 Hz.
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These "clicks" contain many harmonics uniquely related to the frequency of 12 Hz.
You can select the desired harmonic and make it sound for a long time with the help of a high-quality circuit or filter.
The duration of a note in music cannot be less than 1/8 of the whole interval, that is, less than 0.125 seconds.
To transmit such an interval, it is enough to have a frequency of F = 8 Hz (T = 0.125 seconds).
Thus, the octave of infrasound 8-16 Hz, is able to play and transmit any musical works.
Fig.8 THE OM detector can be implemented on the basis of a detector AM receiver with a high carrier frequency.
The detector diode will create a nonlinear function for the received signal.
The woofer-bearing frequency should be filtered by inductance, and not by capacitance, as in the AM detector.
As a result, higher harmonics will fall on the dynamic capacitive head, which can be listened to.
1.3.2 Infrasound communication system of the ancients. OM detectors and receivers of the ancients.
Today we know of several systems of developed low-frequency communication.
Their equipment, frequencies, principles of use are known.
The following cultures can be identified that used OM modulation:
1. Dolmen culture, 4-5 thousand years BC
2. Trypillian culture, 3,000
BC3. Egyptian culture, 2,000 bc (according to my data, more than 12,000 years BC)
4. Etruscan culture, 1,000 BC
It should be noted that at the turn of 1 thousand years BC these technologies were artificially destroyed by the so-called "Romans" (unknown where they came from).
More precisely, the Incas (Latins), who conquered Europe, who brought slavery, genetics, religion, the judiciary, the Inquisition, wars, corpuscies, Western civilization, Rome.
Inquisition literally means the visit of the Incas, so I think it is clear where they came to Russia.
The Dolmen and Trypillian cultures were destroyed earlier, by the invasion of the Semites (Maykop culture), through the Caucasus in the period 3 thousand BC
All Etruscan communication structures were buried by the "Romans", inside and outside, with waste iron ores.
The Latins (Romans, Incas) did not understand the Russian language, and at the time of the complete destruction of the peace-loving Etruscans could not master it.
As a result, today in Europe there is a Latin-Russian language, which Western civilization called the "Indo-European language".
Indo, there is no such language, it is Sanskrit, that is, 100% Russian.
European, there is no such language, it is 100% Latin.
Only in 1943 the structures of the Etruscans were excavated by the Italians.
Until that time, information about them was hidden.
Fig.9 Etruscan system of low-frequency octave communication operating at a carrier frequency of 12.25 Hz.
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Fig.10 Low-frequency octave bond dolmen system.
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