#17 Magnetic fields from the point of view of extraterrestrials: conference with researcher and ufologist.
Published on 21st of September 2019.
Participants:
Contactee with extraterrestrial civilizations Irina Podzorova.
Guest—Maxim.
Raom Tiyan from planet Burkhad (in the astral body) an expert on energy interaction with the dence-material world.
2:09 Definition of the magnetic field.
Irina: What you call a magnetic field, in our terminology, is called one of the types of energy of the first level, embedded in the atoms of any substance. It is generated by each particle, can exist in the atom itself, and go beyond it into space.
2:56 Does the magnetic field have a material carrier?
Irina: Any atom of any substance in our terminology is the carrier of the magnetic field, electricity, and other types of energy of all three levels. The characteristics of these atoms differ depending on the type of element. The difference between atoms is generated by the number of different types of energy and the rate of their vibration, what you call vibrations in a particular substance. As it is, they consist of the same energies, just in different amounts and with different vibration rates.
4:16 What is the nature of the magnetic field?
Irina: These are the energies of the first level. The nature of the magnetic field is one of the types of material energy. There are several types of material energy, from the point of view of our science: heating energy, electricity, magnetism, radio waves, and light. All these are first-level energies, embedded in the atoms, which are either in themselves, as is the case with heat, and you then call it a simple vibration of atoms and molecules, or go beyond the atoms, and then you call it electromagnetic vibrations, radio waves or light, depending on the frequency spectrum of vibrations. You have it tied to measuring devices, to the ability of your body’s receptors to perceive certain vibrations.
5:50 What is the structure of the magnetic field?
Irina: If you look at what happens in space when a magnetic field appears when this type of energy leaves the substance, it looks like a tornado, a funnel that turns. And moreover, it is voluminous, like a whirlpool in water.
6:50 How did the Earth’s magnetic field form?
Irina: Any celestial body, whether it is a planet, a star, or even a small asteroid, from your point of view, has its own magnetic field, which is formed by the interaction of those particles of a substance that are contained either in the atmosphere of the planet if it exists, or in its interaction of those particles of energy, light, photons and other energies that come from the star, if we talk about celestial bodies that do not have their own thermonuclear radiation, this is planets, their satellites, and asteroids. In any star, the magnetic field is formed by a slightly different method, together with the energy of the second level emitted from it (what you call “thermonuclear energy”), always emitted those energies from the substances forming the star that you call “electromagnetism”, that is, there will be a light, a magnetic field, electricity, and everything else that you fix.
Maxim: So, stars have a slightly different process of forming magnetic fields?
Irina: Yes, because thermonuclear reactions run inside them.
Maxim: And do the planets of gas- or ice-giants also have a slightly different process?
Irina: You call gas giants planets in the solar system whose atmosphere consists mainly of hydrogen and helium, right?
Maxim: Yes, like Jupiter, for example.
Irina: The process of forming a magnetic field on planets of this type, in general, does not differ from the process of forming a magnetic field on other planets, with the only difference that the high pressure of gases closer to the surface of the planet can increase the temperature of the gas, and from this can begin to form magnetic fields according to the laws that stars have. But it will all be on a very reduced scale because there are still no thermonuclear reactions of their own. There will only be the beginning of it, but the gas giant planets simply do not have enough mass of substance, nor temperature to start a thermonuclear reaction. Although there may be some preconditions for it.
Maxim: So it turns out that the formation of the magnetic field is closer to the planets more substantial, like the Earth, right?
Irina: Yes, what you call the solar wind is the particles of energy that spread from your star in space, they do not only reach the Earth or Mars. They go far beyond the solar system, and practically do not lose their energy, including coming from the atmosphere of the planets you named, despite the fact that they are at a great distance from the sun. Therefore, these particles interact with the particles of gases, with the atoms of the gases that make up these planets, they create their own magnetic fields, just as on other planets. And there is an elementary, even weak atmosphere on very small planets.
11:38 Do galaxies have their own magnetic field?
Irina: The magnetic field of a galaxy is the total sum of the magnetic fields and magnetic fields of all its largest stars. If we look from the outside, from another galaxy, we will not be able to measure the magnetic field of each star or planet. We will only catch the magnetic radiation of the largest stars and the center of the galaxy, what we call the energy center of the galaxy. This creates a magnetic field around it. Each galaxy, like a collection of stars and planets, has its own magnetic field, which includes the magnetic fields of the objects I have named as segments.
12:56 Due to what is the attraction and repulsion of the magnet?
Irina: In the atoms of certain substances, we call this magnetism, the energies of the first level can spontaneously leave these atoms and affect the energies of the third level with this output. We call it microgravity, and you call it the internal nuclear forces that hold atoms and molecules in place and give density to matter. The magnetic field, if it came out of the atoms, can affect the microgravity of other elements, and due to this, there is an effect of attraction of this substance, in which the microgravity has changed to the substance that radiated the magnetic field.
14:51 Magnetic field – the response of material bodies to the gravitational field?
Irina: In our science, it is customary to divide all the energies of the material world into three levels, all of them are interconnected and interact with each other. The energies of the 1st level are heat, light, electromagnetism, and radio waves.
The energy of the 2nd level is what you call radioactive radiation (hard X-ray radiation) and the energy of thermonuclear fusion, the one that is released when the atoms of various elements collide at high speed and at high pressure with each other.
Level 3 energies are what you call gravity. We divide it into 2 types. Microgravity: something that allows objects that you see and can sense their structure and density through the skin’s receptors to be allowed to be non-gas and in a more diffuse state. That attracts the atoms to each other and allows the molecules to be built according to certain systems. Each substance has a molecular lattice – this is the structure of the substance, which is built according to its own laws and individual for each substance. Macrogravity is what allows the laws of kinematics, mechanics, and dynamics to manifest in your world. This is all that you call the force of motion, attraction, centrifugal force-this is a manifestation of macrogravity. This allows all the planets, stars, galaxies, and the smallest speck of dust in the universe to have their own speed, trajectory, and orbit. Not to fly away in the chaos, but to move according to certain laws.
18:51 The relationship of magnetic fields between each other.
Irina: All the magnetic fields of any material object, as well as the gravitational and electric ones, are really connected to each other because if the atoms have generated a magnetic field, it causes changes in all the surrounding atoms. It can generate another magnetic field or, on the contrary, slow down its manifestation, remove it. In our model of the universe, everything affects everything.
Maxim: That is, the magnetic field of the galaxy is connected with the magnetic field of magnets on some planet? Do the magnetic fluxes intersect?
Irina: The magnetic field of a galaxy includes as segments the magnetic fields of absolutely all the stars and planets located in this galaxy. The magnetic field of a planet includes so-called segments of the magnetic field of smaller objects located on it.
21:38 The speed of the magnetic flux.
Irina: The speed of the magnetic flux depends very much on the surrounding energies, on the matter that gave rise to the magnetic field, but our scientists know that energy flows of the same level have the same speed. The flows of energy outflow from a substance of the same level have the same speed. Therefore, our scientists were able to discover that the energy that is at the 3rd level, called gravity and the carrier of which is the graviton, when released from the substance in which it is contained, has a much higher speed than the energy of the 1st level (magnetism, light, radio waves). It is on this principle that our engines are based, on which we can move around the entire galaxy within a few tens of minutes.
Maxim: That is, the speed depends on the level of energy that is divided?
Irina: Yes, the deeper energy is embedded in an atom, the greater the rate of vibration it will have when released from it.
24:19 Magnetic induction.
Irina: In our science, there is no concept of magnetic induction, there is a concept of a magnetic field.
Maxim: When a magnet passes through a conductor, an electric current is generated in it. Do you use such devices?
Irina: In our terminology, this is not called induction. This energy of one type of the 1st level (magnetic energy) gave rise to the release from the atom of the second type of energy of the same 1st level. That is, in this case, electric.
Maxim: Are magnetism and electricity different levels of energy?
Irina: These are Level 1 energies, but they are of a different kind.
Maxim: Why does an electric current start to be produced when the magnet is dynamically applied to the coil? What is the mechanism of this process?
Irina: What you call an electric current, we call radiation or the flow of energy of the 1st level. I know that in your science the electron is the carrier of electricity and magnetism. In our language, electricity and magnetic field are separated, that is, for particles of magnetism energy and particles of electricity energy in our language have different names.
Maxim: We have differences here, we have somehow combined these processes. From the point of view of your science, why is the flow of energy released when the magnetic field passes near the conductor? What is the mechanism?
Irina: When the magnetic field acts on the atoms that are carriers of all three levels of energy – we call this ejection or knocking out of energy-one energy entering the substance at a certain speed, low density, etc. can displace those energies that were contained in the substance before the impact.
Maxim: This happens only in motion, that is, if we hold the magnet, then nothing happens?
Irina: When moving, this flow increases, in a static state, energy is released, but your devices do not detect this flow, they have insufficient sensitivity.
28:26 The magnetization mechanism.
Irina: Magnetic energy can enter the atoms of a substance and push out certain types of energy, but it can either remain in the substance or leave it by itself. When magnetic energy enters a substance and its sufficient charge remains in the atoms of the substance, then while this charge remains there, the substance acquires the property of generating a magnetic field, that is, this energy slowly leaves the magnetized substance, and from this the effects that you have named manifest themselves.
Maxim: That is, there is a demagnetization over time, gradually the energy goes out of the substance, for years, for example.
Irina: Yes, the magnetic energy in this substance becomes less.
30:09 The influence of the magnetic field.
Irina: With a large amount and an intense flow of magnetic energy, the rate of vibrations (vibrations) of atoms in a particular substance may change in the direction of their increase. The temperature of the substance will increase.
32:06 Does an atom have its own vibrations? Standing waves occur inside an atomic structure when vibrations are reflected from one atom to another. And the atoms are located in the nodes of the standing wave packet. Don’t you have such a model in science?
Irina: All that you have listed, we do not call wave packets, but manifestations of microgravity, which keeps the atoms in their place, but at the same time it fluctuates at a certain speed, always different, depending on what kind of substance it is and in what aggregate state it is. These vibrations of the atoms we call the manifestation of the energy of the 1st level, but the one that has not left the atom. This energy is used to maintain the aggregate state.
33:39 The original source of the magnetic field.
Irina: The original source of the magnetic field is what we and you call an atom, that is, a small particle of matter. We do not divide the atom into the structures that you divide. Those structures that you call subatoms are different types of energy for us. What you call an electron is a particle of energy, you call it a particle of energy and radio waves, and electricity, and a magnetic field.
Maxim: It turns out, from the point of view of our science, an elementary particle is located inside an atom, and from the point of view of yours – that the atom simply has different types of energies?
Irina: Yes.
34:57 What is the magnetic field bound to?
Irina: The magnetic field is always generated by matter, another thing is that in space there may be substances in an aggregate state that is not noticeable to your devices. If there is a magnetic field or an electric field, you should always look for the source. For us, space itself is a carrier of substances and energies.
36:04 Magnetic fields of atoms of various substances.
Irina: The amount of energy contained in each element is different. It depends on the type of element, on its aggregate state – what you call the rate of thermal fluctuations. And since the number of energies is different, then the magnetic fields will also be different in strength, structure, flux density, and indifferent characteristics.
37:11 Magnetic keeper. This is a phenomenon when two iron bars are applied to each other, a conductor is placed between them in a special recess, an electric current is briefly applied to the conductor, then the conductor is removed and the two bars remain glued almost tightly due to the magnetic field. Moreover, they remain firmly linked for a long time. Describe the mechanism of this phenomenon, and what is the force that holds the bars together?
Irina: When you see not just a manifestation of the magnetic field, which you can fix with the device, but you see a change in the attraction of substances to each other, here we are talking about changes that have occurred in the atoms not only at the 1st level but also at the 3rd. In the case you described, the energy of electricity caused changes in the deeper structures of the matter of the atom, at its energies of the 3rd level. The atoms took a different position in relation to each other, that is, they changed their crystal lattice and began to attract each other in a different way. In this case, we say briefly: the energy of the 1st level caused the release of part of the energy of the 3rd level, but due to the gravitational field of the planet, the energy of the 3rd level did not leave the atoms, but simply redistributed the crystal lattice.
Maxim: It turns out that the force that holds the two bars together is the internal energy of the substance?
Irina: Yes, that’s what we call it.
39:42 The magnetic fields of the planets, the movement between them.
Irina: What you are now asking is used in one of our types of engines, which we call planetary engines. That is, they are used near planets. With their help, flights are made from the planet itself to the point in space where it is possible to turn on the gravity engine, and where the gravitational field of the planet itself does not interfere with this. This engine consists of plates rotating in different planes, consisting of a special alloy, which includes two main components-tiur and palladium. These elements contain energies in such forms and vibrations that can use the energy coming from the engine to capture the magnetic field radiation of a particular planet and create its own magnetic field, either repelling it from the planet or attracting it.
Maxim: If we want to move inside the solar system, will such engines be enough for us?
Irina: The maximum speed that a ship with a mass of up to 1200 kg can reach (together with the contents) this is 1/8 of the light speed. Knowing the distance between the planets, you can calculate the travel time and understand whether such an engine will suit you or whether you will need to make gravity jumps.
Maxim: Is such a mechanism of movement sufficient in the Solar System?
Irina: If you want to spend a few days traveling to a particular planet, that’s enough. If you want to get to the planet in a few minutes, you need a gravity engine.
43:40 Magnetic field lines are ethereal vortex tubes?
Irina: The magnetic energies that have already left the atoms and formed a magnetic field affect the energies that are in space itself. Here we come to a part that is still unknown to your science. In space, there are borderline energies between the material world and that part of the universe that we all call the spiritual world. Between the two worlds, they are next to each other, permeate each other, as you say – parallel. Between them in space is the energy that separates the material world (that is, the world of matter and the world of energies) from the spiritual world, from its first level, which we call the astral for simplicity. In your terminology, these energies are usually called etheric. In different systems, they can be called fields that are generated by those particles that you call leptons, torsions, etc. These are all different names for the same thing-the spatial energies that separate the material world from the spiritual world. In our terminology, this energy is usually called “free vacuum energy”. Why do we call it the free energy of the vacuum? Translated into your language, because we use this name to emphasize the fact that it can exist in an absolute vacuum, when I say absolute, I mean the absence of any substances or energies in this space. And why free-because in our understanding, this energy arises independently. It is there, but with the help of special methods of influencing it, it can be extracted from the vacuum and used.
Maxim: Transform it into electricity, for example, yes?
Irina: Not only in electricity. In energy of almost any level, even in gravity.
Maxim: That is, there is a principle that is common to the universe, one type of energy can always be transformed into another.
Irina: Yes, while maintaining the law on energy conservation.
Maxim: So it turns out that magnetic lines of force are the manifestation of these layers between the subtle material world and our dense, material world.
Irina: The magnetic field, leaving the substance, that is, these first-level energies, which I spoke about, leaving space in absolute vacuum, can, with a sufficiently intense flow of exposure time, the radiation strength, affect those energies that you call ether. But this requires isolation from the substances and fields of the material world, all except the acting energy. In simple terms, such experiments should be carried out far from the planet in outer space, where there is no strong gravitational influence of other celestial bodies, and, accordingly, so that there is as little star dust and interstellar gas as possible.
Maxim: If we can use magnetic energy to influence the free energy of the vacuum, then it turns out that with the help of certain well-organized magnetic interactions, we can extract energy from there.
Irina: Not only magnetic interactions, you can also work with electricity, different types of energy, which are called radio waves.
Maxim: But you need to understand what you are doing, how to organize these processes.
Irina: Yes, you need to understand the conditions for creating such a flow, to which place in space and how exactly to direct it, what kind of magnetic field to isolate this space, so that the energy is not scattered, but is directed in a beam to this or that place in space.
Maxim: We are probably still far away, our civilization does not yet have such knowledge to act competently.
Irina: To conduct such experiments, you need to move at least 100,000 kilometers away from your planet, with your mass and gravitational constant.
Maxim: Do you mean that it is impossible to extract this free energy within the limits of the planet?
Irina: You simply can’t isolate yourself from the Earth’s gravitational field.
Maxim: And it’s like a hindering factor?
Irina: It will hold up free energy. Free energy exists on Earth, it exists in any cubic millimeter of space, but it is held back there by the same gravitational field.
Maxim: So it’s much easier to do this in space?
Irina: Yes, it will be easier.
50:53 Extracting energy from magnets.
Irina: What level?
Maxim: Well, let’s say we get electricity.
Irina: In the form of a field?
Maxim: Yes, in the form of an electric field that can be used for domestic purposes, exploited.
Irina: The substance that you call a magnet also contains electrical energy. When exposed to various types of electric or magnetic energy, it is possible to create both an electric field and a magnetic field, and most often it will be a mixed field. What you call electromagnetic. You simply do not share it, and we have different words for the names of these fields and for the names of the very small portions of energy that it forms, as I have already said. So any substance, what you call atoms, it contains all the energies, with a certain effect on them, you can extract each of them.
Maxim: But the law of conservation of energy will always be observed.
Irina: Yes. The law of conservation of energy is invariably observed throughout the universe since in the material world it is the basis for maintaining its existence.
Maxim: As I understand it, it is a misconception in our science that science represents energy as something separate from the universe, although in the universe there is a constant transformation of one type of energy into another. And we got away from it a little bit. We don’t understand these processes, so it’s difficult for us.
Irina: The fact is that in our science there is no separation in our understanding of the material world from the spiritual being that generates it.
Maxim: So it’s all interconnected: the universe, the layers of space…
Irina: Yes, and they are interconnected, first of all, not through the energies of different levels, but through the spirit itself.
54:02 Permanent magnets, self-rotation.
Irina: What do you call a permanent magnet?
Maxim: I mean, let’s say we have a magnet made of rare-earth elements. That is, an ordinary one that has two poles, and we create some kind of geometric structure that would rotate itself in space. Is it possible to do this by interacting with some external fields?
Irina: Any magnetic field affects the surrounding atoms and the surrounding energies, including the gravitational field.
Maxim: I would reformulate a little: you probably know that we have engines, maybe you have engines when the rotor is rotating and the starter is stationary. If we somehow place magnets of a certain geometric shape on the starter and rotor, is it possible to make the rotor constantly rotate without stopping? So that the interaction between the rotor and the starter by the magnetic field is such that it is a non-stop rotation.
Irina: In order to have a non-stop rotation, you need a constant supply of energy, but in any substance that will make up the magnet, in this case, which will be the source of the magnetic field, the amount of energy is limited by the amount of matter that it contains.
Maxim: So it’s impossible to create it?
Irina: Only if you provide an influx of energy from outside, another level or another type of the same level.
Maxim: And the magnet itself, if we take an ordinary magnet, made of neodymium, for example, metal, then it does not provide an influx of energy from the outside? It’s just a closed system, isn’t it?
Irina: Any magnet radiates from itself the energy that is contained in its atoms.
Maxim: And, this is the internal energy of the substance, it turns out.
Irina: Yes.
57:04 Creation of a magnetic field by a hemisphere.
Irina: What you call sound is the vibration of the gas that you feel. Gas vibrations, if they are sufficiently intense, cause motion, sound waves, that is, wave vibrations of air atoms. They cause changes in the atoms of substances around, including metals. This is what you call sound pressure. And with a sufficient intensity of vibration of certain atoms, it is theoretically possible to release a small part of the magnetic energy.
58:58 Does ball lightning have its own magnetic field?
Irina: Yes, it does.
59:10 The influence of magnetic fields on the human body.
Irina: The human body, as a carrier of material matter, also has its own electromagnetic field. The impact on it by an external magnetic field is possible, if it is powerful enough, and has a special wave, what you call the vibrational characteristics of this magnetic field. Penetrating into the matter that makes up your body, into its protein structures, which make up your tissues, your organs, it can change the ratio of energy in these atoms, and naturally, this can affect the metabolism in one direction or another. Accelerate them, slow them down, by affecting the organs that secrete those substances that you call hormones. That is, such an influence, both in a positive and negative direction, is quite possible.
Maxim: Does the magnetic field of the planets affect the living organism more negatively or positively?
Irina: Any organism that lives on a particular planet is initially evolutionarily adapted to its magnetic field. The genetic predisposition to the magnetic field is transmitted from generation to generation, among the inhabitants of a particular planet.
Maxim: Does the magnetic field of the planets affect the living organism more negatively or positively?
Irina: Any organism that lives on a particular planet is initially evolutionarily adapted to its magnetic field. The genetic predisposition to the magnetic field is transmitted from generation to generation, among the inhabitants of a particular planet.
Maxim: And if this organism is temporarily moved to another planet, then it may feel bad because of a different magnetic field, right?
Irina: This requires a fairly long time for this organism to be on another planet. The adaptive capabilities of the physical bodies of humanoids are quite high and have time to adapt by changing the external secretory activity: hormonal, and nervous system, and they manage to quickly and fully adapt to the magnetic field of a particular planet, although depending on the amount of life force in a particular organism, its spirit, its nervous system will depend on how it will endure it.
Maxim: In other words, there are a lot of factors, a whole spectrum.
Irina: There are a lot of factors.
1:02:22 Correction using magnetic fields.
Irina: The life force in the human body flows through special channels. It shows some kind of grid. You call it in your language the etheric body. This is not only an electromagnetic field, it is the totality of the electromagnetic fields of all the atoms of the physical body, and a special kind of energy that only a living organism has, which we call the life force. You, accordingly, call it “prana”. The magnetic field can affect the intensity of the flow in the etheric body in the direction of its increase, if you direct the intense flow of the magnetic field to a particular place of the physical body, which is connected to the points connected with the etheric channels. But usually this effect is short-lived, it stops at the moment when the external magnetic field is removed.
Maxim: So this is a short-term stimulation?
Irina: You can say that.
Maxim: Is it possible to influence the work of energy centers in this way?
Irina: What you call chakras, what is manifested on the physical level – these are energy centers of etheric energy, and the same as with the etheric channels, that is, to increase the intensity of the work of the chakras, that is, their rotation and intensity, and the processing of various energies, perhaps with the help of an electric or magnetic field, but again this effect will be short-lived and will gradually disappear after the external field is removed.
1:05:40 The Bloch wall or the neutral zone between the poles of the magnets.
Irina: We do not divide this substance, this material body that emits a magnetic field, we do not divide it into different zones.
Maxim: So you don’t have the concept of “north pole, south pole”?
Irina: No.
Maxim: And from your point of view, is this a kind of closed energy vortex?
Irina: This is a vortex, if the magnetic field has left the limits of the substance, it can be recognized by our device, if it is a small magnetic field, then it is like a mini-vortex. For us, it does not have a positive or negative charge, as for you, because it is one energy for us.
Maxim: And if we look from our point of view, then we have the north and south poles, and from your point of view it turns out-these are vortices? Just multidirectional flows?
Irina: Yes, they are directed in different directions of space.
Maxim: It turns out that these vortices form such a closed system?
Irina: It still affects other structures that are nearby.
Maxim: I meant by the structure, are these two vortices connected in some way?
Irina: They influence each other.
Maxim: So you don’t have the concept of a “neutral zone” between these vortices?
Irina: We don’t take such moments into account.
Maxim: So they don’t carry any serious meaning?
Irina: We consider them insignificant in the creation of a magnetic field.
1:08:30 The second magnetic field of the magnets.
Irina: What is the longitudinal magnetic interaction?
Maxim: The scalar field, he said, manifests itself at the moment when ordinary magnetic fields are mutually compensated. That is, when we put two magnets together, then in the place where they are folded, a supposedly second field appears, which is not fixed by our devices. It also has a magnetic property. So you haven’t met anyone like that, have you?
Irina: If it is not detected by your instruments, how did your physicist detect it?
Maxim: And he added geometrically different magnetic shapes, and so it turns out that until you put this magnet in a certain design, you will not get this scalar field. And if you add it up, it turns out that there is already attraction and repulsion. Something that shouldn’t be happening.
Irina: What difference did he see between a scalar field and a normal magnetic field?
Maxim: Well, here it is, one of the properties describes that it is several times weaker than a normal field.
Irina: If he doesn’t have the instruments to fix it, how could he detect whether it is weak or stronger?
Maxim: Well, these are his hypotheses. But you have not encountered such a phenomenon, that there is a certain second field?
Irina: The fact is that the magnetic field has various inhomogeneities in its composition, they can be called subfields, scalar fields, and supermagnetic fields. We just don’t share them. For us, it is one.
Maxim: So in your concept, this is a kind of consequence of the manifestation of the magnetic field in different formations, right?
Irina: Yes, these are inhomogeneities of the magnetic field. The gravitational field also has its own inhomogeneities.
Maxim: And depending on this, on the inhomogeneities, there are certain effects that can be detected?
Irina: Yes, this is one of the manifestations.
Maxim: So, the person was in a hurry to open a certain second field?
Irina: The fact is that you can make an assumption about whether it is weaker or stronger, the main one, but without measuring it with devices, you can not find confirmation of this assumption.
1:11:54 Magnetocaloric effect.
Irina: This is exactly the same effect that I mentioned earlier. The effect of magnetic energy on the atoms causes their internal vibrations to accelerate. What I called heat.
Maxim: Accordingly, the fluctuations increase, and heat is generated.
Irina: Accordingly, the fluctuations increase, and you measure that the object has increased its temperature. What you call temperature, we call the amount of first-level internal energy that has been released into the external environment. Thermal energy.
Maxim: That is, it is a substitution. The magnetic field replaces the energy, and the free thermal energy begins to be released. From the point of view of your science.
Irina: You can say that.
1:13:13 Restoration of the magnetic field of Mars.
Irina: Every planet has its own magnetic field. Including Mercury, Venus, Moon, Mars, Earth…
Maxim: Mars has an opinion that it is partially destroyed, as I understand it.
Irina: It is naturally different in power, but it depends on the density and composition of the atmosphere, because what you call photons that come from the Sun and collide with those particles that are in the atmosphere of Mars, with those atoms, because the density of the atmosphere of Mars is lower than on Earth, then the number of collisions of photons with these atoms is less and, accordingly, the generated magnetic field is also less.
Maxim: So the atmospheric factor is still present, is it possible?
Irina: Yes.
Maxim: And if there are technical capabilities and motivation to restore Mars, for living, the atmosphere of Mars, then in principle it is possible to do it, right?
Irina: With the technologies of the Interstellar Union, Mars can be restored, but this requires doing what is called terraforming in your language. This takes up the usual resources, energy, and material, the resources of the workers takes up quite significantly.
Maxim: And how long will it take to restore Mars to the same level as Earth? With the same nature, the same atmosphere. Is it long?
Irina: To restore the atmosphere, to recreate what you call the biosphere, that is, certain plants, microorganisms that will continue to support this atmosphere, and to slightly change the orbit so that there is no such temperature difference, and to slightly push back its two satellites, which will pull the atmosphere away, I personally would give about 300 earth years.
1:16:50 The use of super-strong magnetic fields to protect against cosmic radiation.
Irina: Our specialists who work in space, in open space or on ships, those who move themselves in space, or work with contactees, including those from your planet and many others who have to constantly stay in outer space, practically do not use magnetic fields to protect themselves from cosmic radiation, because we believe that the fields created by the energies of the first level are inefficient, and very energy-consuming, protect against the energy of the second level, which is radiation. To do this, we use a special device that collects cosmic radiation in a special battery and converts it into electricity. That is, we achieve two goals: we protect our crew and contactees, to whom we show various planets, from damage by radioactive energy, and at the same time we accumulate energy for our engines.
Maxim: By the way, I have already heard about this technology. Very interesting. It turns out that you kill several birds with one stone at once.
Irina: We think this is the most effective.
1:18:59 Teleportation using magnetic fields.
Irina: The effect of teleportation is not related to magnetic fields, but to interdimensional energy. What you call the ether and the torsion field, and we call the free energy of the vacuum. It is not only in a vacuum but also in any space. Each substance consists of certain energies. Under certain conditions, using the same free energy of the vacuum, it is possible to transfer the substances of a dense-material body into a wave structure that can be moved in the device at any distance. To conduct experiments of this scale and level, you need to understand exactly what you are doing and why, otherwise there may be negative consequences for the space, for the substances around you.
Maxim: There is such information that earlier on Earth there were teleportation gates to other planets, is this true?
Irina: Previously there were.
Maxim: Did you accumulate any energy in the crystals? The crystals were present, they say?
Irina: There were different principles.
1:21:37 Why does a strong impact on a magnet demagnetize it?
Irina: If you look at the energy level, a magnet is a collection of energies in a dense material state. If it has the magnetic energy that was laid down, it has a magnetic field. A blow is the impact of another dense material object. At the moment of contact, a wave passes over the object that was hit. From the applied mechanical energy, the magnetic energy will leave the object.
Maxim: Does one energy push out another?
Irina: Yes.
1:23:23 Why can some substances be magnetized and others not?
Irina: Those substances that can be magnetized contain those elements, the internal energy of the 1st, 2nd, 3rd level, which allow you to accumulate magnetic energy, the magnetic field. And those substances with which it is impossible to do this – their structure of atoms and crystal lattices do not allow this to be done, they have nowhere to accumulate magnetic energy. The same substances, but in different isotopes and aggregate states, can emit and accumulate different types of energy.
Ref: translation from video conference https://youtu.be/-jVuHXXFEoo
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