The signs appear and how will they be transmitted? How long has she been alive and what kind of troubles can a person have? Is it true that she has a powerful mind? To understand this folding natural phenomenon, you need to know little physics. Perhaps there is more to be desired here?
What is Kulova Bliskavka?
It’s accepted that Kulova Bliskavka- this extremely rare phenomenon of nature, which has an electric body in the shape of a ball, can move around in the wind along completely untransferable trajectories and reach great distances.
The size of this ball can vary from several centimeters in diameter to the size of a soccer ball. He hasn’t been “alive” for long, at most - two days, but during this hour one begins to create a series of foolish and foolish speeches that do not lend themselves to logical analysis.
Most often, the Kulova flash is heard during the hour of a thunderstorm, when there are electrical particles on the surface. By connecting with each other, the positively and negatively charged elements create an electric current that glows. It can be not just white, but also red, yellow, and in some cases black.
Eyewitnesses say that the storm can occur in completely clear weather, and sometimes it is impossible to overcome the weather. You can easily fly into your apartment through a window, a fireplace, an outlet, a fan, and dial a landline phone.
Blink strike
A sustrich with such an electric jug does not mean anything good. And if the blow of the flash from the sky can be avoided behind the additional flash lead, then there is no delay from the back of the flash. It can pass through solid bodies - walls, stones, and when it flows, it produces wonderful sounds - jingling, hissing. It’s impossible to transfer it, it’s impossible to flow out of it, and sometimes it’s so surprising that people still respect it on a reasonable basis.
It’s easier to watch out for this phenomenon on the side, but the attacks were wasted when the flashlights retraced specific people through the course of their entire lives. The most famous episode is the story of the British Major Summerford, in whom the attack killed three people in his entire life. There has been a lot of serious harm in my health. Alas, after death, an evil fate did not give peace - the blow of the flasher on the center, shattering the tombstone of the unfortunate major.
The thought arises - why shouldn’t there be punishment for doing something bad? The stories are about the attacks when the Blisks attacked the baked sinners, who could not be punished by primary, earthly justice. No wonder the phrase in Russia is: “It struck you like a thunderbolt!” - it sounded like the worst curse.
In many ancient cultures, flashes and grim were respected by heavenly banners and the expression of divine wrath, which is brought down on those who transgress for slander or punishment. Kul'ovi bliskavki They were called not only “the devil’s instigations” but also “the burning half-holes.” Ale chi zavzhdi stench zavdayut bad?
In history, there have apparently been many episodes in which the sustrich from the culver's flash brought good luck and healed illnesses. The people, who saw after the blow of the flashlight, are respected as righteous, “ordained by God,” who after death are honored by the heavens. Often people who have experienced a similar period have discovered new abilities and talents that did not exist before.
The legacy of the flash strike
The impact of the flash is unsafe for the pilots, the fragments can destroy radio communications and cause the robot equipment to crash. Bliskavka, which she sank into the tree, will cause great destruction. Whenever a person appears, the legacy is most often tragic - severe grief and death.
The person who saw the blow of the flashlight is considered lucky. If there is even doubtful happiness, the consequences of the cul-de-sac for the body will be doubtful. It was a waste of time, after such a “luck” people lost their memory, language, hearing and vision. The nervous system suffers especially severely from electric shock.
The behavior of the Kulova flashlight is completely different. As it appears, there is no doubt about the speed of the outbreak. There is a vibirkovo: out of the number of people who stand in charge, one can suffer severe harm and get killed, and the other cannot. There is a way to melt the coins from the Gamantsi without damaging the paper pennies.
Passing through the human body, the Kul's flash may not remove traces on the skin, but burn all the insides. When contacted with it on the body, people are deprived of visually visible images - from digital symbols to landscapes of locality, where a fatal reaction has occurred.
Such a wonderful behavior of the electric cool, which glows, calls out to some scientists to suspect that it is neglected - and what is it like to live wisely? It is so necessary to remember this, so often after they appeared in the open territories, the famous stakes in the fields appeared. But there is still no direct evidence for such hypotheses.
How to deal with sustricha with a culove flash
As long as you follow the safety precautions, you will pay for everything, but such a threat will not threaten you. However, here are some serious recommendations that you should kindly listen to, as long as you consider yourself a happy person.
- During the hour of a thunderstorm, close windows, doors, and open other exits that could be exposed to an electrical discharge. The ideal option would be to connect the electrics.
- Once you get the flashlight to fly, do not wave it with your hands and do not try to capture it on video - there is a high probability that the flashlight will be attracted to the metal object in your hands.
- As soon as the sparkle has appeared with an order from you, do not try to flow out of it! The fragments of the Kul's sparkle lay down in the wind, the rump behind it was like a windy whirlwind that would crush the sparkle and follow you. It’s best to be caught in the act and wonder what will happen.
- Don’t even think about throwing it into the Kul’s blast hole! Which one can swell, and it is important to transfer the residue.
- During a thunderstorm, do not hang out under trees or get lost in the middle of the car.
- Let's face it, 86% of the people who were hit by the blast were men. If your body has too much testosterone, be extra careful in the face of a threat.
- If you have a wet coat on, the chances of getting stuck will move forward. Electrical discharges will always be attracted to water.
Lyudina, who suffered from blow of the flashlight, it is necessary to transfer it to a warm room, wrap it in a carpet, if necessary, perform a special procedure and deliver it to the doctor as soon as possible.
The selection of facts here is given primarily for the sake of an informal statement about the nature of the cul-de-sac, but not for practical reasons, and is unlikely to happen to you in real life. And the chance to do so is very small. According to the statistics, the prevalence of worms among people with a culove bulge is 1 in 600,000.
You can watch about the phenomenon of the cul-de-sac, its investigation, and eyewitness reports in this video:
The stars are taken from the Kulova flash and what is that? Nutrition has been asked for dozens of years now, and there is still no clear conclusion. The resistance of the plasma core, which results from the pressure of a high-frequency discharge. Another hypothesis is micrometeorities from anti-speeches.
Ushogo has over 400 unfounded hypotheses.
...Between the river and the anti-river, the barrier can emerge from the culo surface. A more intense gamma-vibration will irritate the whole body in the middle, and will shift the penetrating speech to the coming anti-speech, and then the pulsating body will glow as it floats above the Earth. This thought was about to be confirmed. Two English scientists methodically scanned the sky behind the help of gamma-ray prominence detectors. I have registered several times an abnormally high level of gamma-viprominion in the generated galus energy.
The first documented evidence of the appearance of the Kulova Bliskavka in the city was in 1638. in England, in one of the churches in Devon County. As a result of the atrocities of the great fire kulya, 4 people died, nearly 60 were injured. Over the years, new information about similar phenomena appeared periodically, but there were not many of them, some eyewitnesses respected the kulov blisk I create an illusion and deceive the eye.
The first record of the occurrence of a unique natural phenomenon was made by the Frenchman F. Arago in the mid-nineteenth century, from whom nearly 30 statistics were collected. The growing number of such sustriches made it possible to identify, on the basis of descriptions of eyewitnesses, the characteristics of the powerful heavenly guests. The Bliskavka Kulova is a phenomenon of electric character, a fiery Kulova, which gets stuck in the wind in an untransmitted direction, so that it glows, but does not dissipate the heat. Where do the hidden powers end and begin, characteristic of skin problems. However, the nature of the cul-de-sac has not yet been fully studied, so it is still possible to trace this phenomenon in laboratory experiments and create a model of modification. In some cases, the diameter of the fireball reached several centimeters, sometimes reaching half a meter.
Bliskavka Kulova, stretching for hundreds of years, was the object of the cult of many centuries, among them N. Tesla, G. I. Babat, P. L. Kapitsa, B. Smirnov, I. P. Stakhanov and others. Scientists have come up with various theories about the origin of the cul-de-sac, of which there are over 200. In one version, an electromagnetic flux that is created between the earth and the darkness, At this moment, the moment reaches a critical amplitude and creates a powerful discharge of gas. Another version is that the culvert flare is formed from high-strength plasma and places a moisture-rich micro-wave field of vibration. People have always respected that the appearance of a fiery pool is the result of the focusing of cosmic changes of darkness. Most of the occurrences of this phenomenon have been recorded before a thunderstorm and during the hour of a thunderstorm, so the hypothesis of an energetically responsive medium for the appearance of various plasma products, one of which is the flash, is of particular importance. The thoughts of the fakhivs converge on the fact that when interacting with a heavenly guest, it is necessary to adhere to the singing rules of behavior. Golovna - do not be afraid of sharp ruffs, do not roll, get wet, and keep the wind shaking to a minimum.
Their “behavior” is not conveyed, the trajectory and fluidity of the flow cannot be explained. The stinks, who are endowed with intelligence, can detect the presence of trees that stand in front of them, and they can “collide” into them. After this, fires may occur.
Kul's sparkles often fly around people's homes. Through open apartments and doors, lights, pipes. Otherwise, it’s wrong to screw things up! It was noticeable how the CMM melted the bug, leaving behind itself a perfectly smooth round opening.
According to eyewitnesses, the flames appeared from the socket! The stench can “live” on one for up to 12 weeks. The stinks can simply be detected without leaving any traces of life behind, but they can swell. It remains especially unsafe. These injuries may result in fatal injuries. It is also noted that after the wind blows, the persistent, even unpleasant smell of sulfur ceases to exist.
Kulova sparklers come in different colors - from white to black, from yellow to black. When overheated, the stench often hums like high-voltage power lines.
There is no great mystery about what flows into the trajectory of the river. It’s definitely not the wind, the fragments can crumble and blow away. It makes no difference to the atmospheric phenomenon. Although they are not people or other living organisms, fragments of one can peacefully fly around on their side, and sometimes “crashe” into them, leading to death.
The Kulova Bliskavka is evidence of our even unimportant knowledge of such an everyday and already-worn phenomenon as an electrician. Of the previously raised hypotheses, we have not yet explained all of them. What is expressed in this article may not be a hypothesis, but rather an attempt to describe the phenomenon in a physical way, without going too exotic, to the idea of antimatter. First and foremost: the Kulova flashlight is a discharge of emergency flashlight that has not reached the Earth. More precisely: the ball and linear flashes are one process, but in two different modes – fast and full.
When switching from the continuous mode to the slow mode, the process becomes vibukhov - the culvert is transformed into a linear one. Possible gateway crossing of the linear speedway into the Kulova; In such a secret, and perhaps, episodic way, this transition of minds was created by the talented physicist Rikhman, a companion and friend of Lomonosov. He paid for his success with his life: the Kul's flash, which was taken away by him, killed its creator.
The Kulova flash and invisible atmospheric charge path, which connects them with gloom, are in a special state of “elmi”. Plasma-resistant elma - low-temperature electrified air - stable, reaches and spreads completely. This is explained by the authorities of the border area between the Elma and the extreme winds. Here charges appear in the form of negative ions, bulky and low-friction. Roses show that spruce trees bloom in 6.5 minutes, and the smell appears regularly in about thirty seconds. It is through such an hour interval that an electromagnetic pulse passes through the discharge path, which replenishes the energy of the Kolobok.
Therefore, the problem of using a butt flasher is, in principle, unaddressed. The process must be carried out only if the charge of gloom is exhausted, or more precisely, that “effective charge”, which gloom can transfer to the trace. This is how we can explain the fantastic energy and water-resistance of the cul-de-sac: it is responsible for the flow of the energy of the call. Thus, the neutrino phantoms in Lem’s fantastic novel “Solaris”, driven by the materiality of extraordinary people and incredible power, could only exist with the necessary colossal energy from the living Ocean.
The electric field in the Kulova blizzard is close in magnitude to the breakdown in dielectricity, having some kind of wind. In such a field, the optical planes of atoms are aroused, and the cusp sparkle glows. Behind the idea, most often there are weak, dull, and therefore invisible bulges.
The process in the atmosphere develops like a cul-de-sac or linear flash depending on the specific minds of the route. There is nothing extraordinary or rare about this duality. The first mountain is known. It is possible in the mode of full expansion of the half, which does not turn off and in the detonation mode, which collapses quickly.
...Bliskavka descends from the sky. It is not yet clear which one it is, Kulova or primary. Vaughn greedily extracts the charge from the gloom, and the field near the highway is obviously changing. If, before sinking into the Earth, the field in the path falls below a critical value, the process switches to the beam flasher mode, the track becomes invisible, and we note that the balloon flasher descends to the Earth.
The outer field is richer than the power field of the cul-de-sac and does not flow into its arms. That’s why the flashlight itself collapses chaotically. Between the berths, the kulov flash glows weaker and has a small charge. Rukh is now an external field and that is straightforward. Kulova bliskavka can be carried by wind. And I understood why. Even the negative ions from which it is formed are the same air molecules, only the electrons that stuck to them.
It simply explains the jumping of a cul-de-sac from a near-earth “trampoline” ball in the wind. When the cusp flash approaches the Earth, it induces a charge in the ground, begins to see a lot of energy, heats up, expands and rises quickly under the influence of Archimedean force.
The Kulova bliskavka plus the surface of the Earth creates an electric capacitor. It appears that the capacitor and dielectric attract each other. That’s why the Kulova sparkle does not spread over dielectric bodies, which means it’s better to move over wooden places, or over a barrel of water. Connected with the Kulova flasher, a long radio broadcast is created along the entire route of the Kulova flasher.
The spike of the cul-de-sac sparkle is caused by electromagnetic activity. These signals emit at a frequency of approximately 30 hertz. The sensitivity threshold of the human ear is 16 hertz.
The Kulova blisk is sharpened by a powerful electromagnetic field. If a light bulb passes by, it can inductively heat up and burn out its filament. Having lost the wiring of the lighting, radio broadcast and telephone lines, it closes its entire route to the circuit. Therefore, in the hour of a threat, the boundaries must be grounded, say, through the discharge gaps.
The Kulova sparkler, “spread out” over a barrel of water, together with the charges induced in the ground, forms a capacitor with a dielectric. Original water is not an ideal dielectric, so electrical conductivity matters. In the middle of such a condenser, flow begins to flow. Water is heated by Joule heat. Please be advised that the boiler has heated nearly 18 liters of water to a boil. According to theoretical estimates, the average tension of the butt flange with a wide width in the wind is approximately 3 kilowatts.
In case of faulty faults, for example, in case of piecemeal pumps, an electrical breakdown may occur in the middle of the cul-de-sac. And then she has plasma! With energy appearing to be even more abundant, a one-piece culo flashlight can shine brighter behind the Sun. However, the tension of the butt flashers is quite small - it stays at the elmi stage. Obviously, the transition of a piece culo flasher from a spruce to a plasma station is possible in principle.
Knowing the nature of the electric kolobok, you can practice it. A piece of kulova bliskavka can be greatly overturned due to natural tension. By curing the ionization tracks in the atmosphere with a focused laser exchange along a given trajectory, we can direct the beam blast wherever required. Now let's change the voltage, let's transfer the bulge to linear mode. Giant sparks are rumored to be straight along the path we choose, crushing rocks, felling wood.
There is a thunderstorm over the airport. The air terminal is paralyzed: the landing and landing of the aircraft is blocked... And the start button is pressed on the control panel for the lightning system. From near the airfield, a fiery arrow flew into the gloom. This one-piece Kulova sparkler, which rose above the frost, switched to the linear sparkler mode and, rushing into the thunderstorm gloom, went up to it. The flash path brought the gloom from the Earth, and the electric charge of the gloom was discharged onto the Earth. The process can be repeated several times. There will be no more thunderstorms, the gloom has cleared up. The planes can be sent and paid again.
At the Arctic Circle you can set fire to a piece of sunshine. From the two-hundred-meter-high tower rises up the three-hundred-meter-long charging path of a one-piece bulwark. The beam flasher switches on to plasma mode and shines brightly from a height of several kilometers above the site.
For fire lighting in a circle with a radius of 5 kilometers, a beam flasher is sufficient, which produces a pressure of hundreds of megawatts. The individual plasma mode has such tightness - there is a problem.
The Electric Kolobok, which so many rocks have sneered at due to their close acquaintance with others, is not ready: it is too early to tame it, and it will begin to bring measles to people. B. Kozlov.
1. What is the Kulova flashlight is still unknown. Physicists have not yet learned how to create a true Kulova flash in laboratory minds. It’s so obvious, let’s take it away, but how much this “shos” is similar to the regular Kul’s flashlight – we don’t know anymore.
2. Whenever daily experimental data, it turns into statistics - caution, eyewitness accounts, rare photographs. It’s really rare: while the world has at least one hundred thousand photographs of the original flare, there are far fewer photos of the small butt flare – only sixty-six dozen.
3. The color of the flashlight varies: red, sticky white, blue, and even black. The signs showed flashes of all shades of green and orange.
4. Judging by the name, all the sparkles are of the same shape as a culi, but not either pear-shaped or egg-shaped. Particularly lucky ones had a flash like a cone, a ring, a cylinder and a thread like a jellyfish. I wish I could see my white tail behind the flash.
5. Under the precautions of previous and eyewitness accounts, the Kulova spark can appear in the booth through the window, door, stove, or simply pop up the sky star. And you can also “see” from an electrical outlet. In the open wind, the Kulova sparkler can appear from a tree or a tree, descend from the gloom, or be born as an emergency sparkler.
6. The size of the ball is small - about fifteen centimeters in diameter or about the size of a football ball, but it is also five-meter giants. The life of the Kulova flashlight is not very good - it sounds a little more than a day, it collapses horizontally, sometimes it wraps around with the speed of a few meters per second, sometimes it hangs in the wind indestructibly.
7. The Kulova flasher shines like a hundred-watt lamp, sometimes it crackles or squeaks and calls for radio traffic signals. For an hour I smelled both nitric oxide and the baked smell of sirka. To spare, it will quietly disband in the wind, but more often it will swell, ruining and melting objects and steaming water.
8. “...The red-cherry flame is visible on the forehead, and from the new thunder an electric force came out from the bottom of the head. The legs and toes are blue, the boot is torn, not scorched...” This is how the great Russian thinker Mikhailo Vasilyovich Lomonosov described the death of his comrade-in-arms and friend Rikhman. He also boasted, “so that this fall does not disturb the progress of science,” and expressed his fears: in Russia, electrical research was immediately blocked.
9. In 2010, the Austrian revolution Joseph Pier and Alexander Kendl from the University of Innsbruck suggested that the evidence about the Kul's flashes can be interpreted as the manifestation of phosphenes, so that the visual effects without I spit on the eye of light. Their findings show that the magnetic fields of the singing sparks with discharges that are repeated induce electric fields in the neurons of the zoral cortex. Thus, culo flashes are hallucinations.
The theory was published in the scientific journal Physics Letters A. Now adherents of the discovery of keel flashers may register the keel flasher with scientific equipment, and thus proclaim the theory of the Austrian scientists.
10. In 1761, the Kulova bliskavka penetrated to the church of the Vidensky Academic College, tore off the gilding from the cornice of the ancient colony and placed it on the crypt. People have much more important things to do: they can scorch the Kul’s fire. You might be killed - like Georg Richman. This is a hallucination!
Everyone knows what happens during the hour of a severe thunderstorm, and perhaps no one is afraid of an emergency flash. Ale chi zastrichalis vis s kulovymi flashlights? What kind of phenomenon is this? How bad is the stench?
External look
Kul's sparklers stand before us in a different appearance, so it's easy to recognize them. Most often in nature, the cul-de-strokes appear to be concentrated at the sight of the cul-de-sac to shine.
It’s clear that the stench takes the form of a mushroom, a pear, a drop. There were also such exotic kulov sparkles that took on the shape of a donut or a mlin.
The color scheme of the culo flares reflects its diversity: from black to clear, they are led by bright orange, yellow and red colors. Moreover, it is important to understand the color of the culovo sparkle, because it changes like a chameleon.
Their dimensions can also be quite different - from several centimeters to several meters. Most often, you can create plasma coolers with a diameter of about 20 div.
It is important to note that the temperature of the impact flares can reach 100 to 1000 degrees. The mystery of the phenomenon lies in the fact that, while constantly in the presence of a sparkle on the side of an extended arm, people did not feel any warmth coming out of the sparkle, although, following logic, they were forced to release their guardianship.
Povedinka
The behavior of cusp flashes does not lend itself to scientific research. The stench unconsciously seeps through the sockets in the booths, makes its way through the smallest cracks, changing its shape, depending on the size of the crack. It is impossible to cross the path of the Kulova Bliskavka.
Stinks can calmly hang in one place several meters above the ground, or they can rush anywhere with a speed of 10 m/s. Frequently with both creatures and people, the stench can swirl around and not cause any harm, but can cause harm and burn to death.
Another important fact is that the bodies of people who perished due to the impact of the impact blast have not yet been decomposed for a long time, and no traces can be found on them. People always respect that the flash slows down the body’s time.
Science and science
Science has a number of hypotheses about the behavior and activity of cul-de-sac flares. Laboratories are able to create objects similar to them - plasmaoids. But no one else could give a more logical explanation of this phenomenon.
Previously, it was believed that the oblivious minds of the culprit of the bulge flares are rainy weather and the presence of extreme linear flares. One explanation for the appearance of flashes is that during the hour of a thunderstorm, short-wave electromagnetic vibrations arise between the clouds and the surface of the earth. However, when the Kul’s sparklers began to appear in the sunny, dry weather, the festivities began to flourish.
Of interest is the theory, developed by New Zealand scientists. They conducted an experiment and found that when an initial flash hits the soil, which contains silicates and organic carbon, silicon and silicon carbide are formed into a ball of fibers. When these fibers are oxidized, the bag begins to glow and heat up. However, this theory has not yet found its residual confirmation.
The prevalence of scientific evidence for the appearance of cusp flashers gives rise to the development of scientific theories.
Well, guesses and guesses about the culo flashes are neutral. Although we respect them with special tools to take care of life on Earth. I firmly believe that the sparkles are of earthly origins.
Please: what to do with the sustricha with the culove flash
1. A rule of thumb: having discovered the Kul’s flash, do not be afraid of sharp movements. The flow of wind can pull them along with them, so don’t run! It is also possible to flow out of the bulge on a car, but not self-propulsion.
2. Don’t turn your back until your back flashes, try to follow its path and try to avoid it.
3. When visiting your apartment, open the window. As a rule, you will fly out on your own.
4. You can’t throw anything into the bullet blast, it could explode like a bomb, and then damage is inevitable.
5. If the Bliskavka still got a person, as it has become tiresome over the years, it is necessary to take it out in the morning, wrap it in a carpet and immediately do some hand-holding before the arrival of the Swedish help.
Remember that in everyday life there is no device yet for introducing the bulge, be careful and follow the safety rules.
Kulova Bliskavka how it works and how it behaves, know how important the skin of people is, because no one is insured against it. It is always appreciated that the Kulova bliskavka is a special type of bliskavka. It becomes dry in the wind and looks like a fiery spot that glows (it looks like a mushroom, droplet or pear). The size of the cul-de-sac is approximately 10-20 cm. If you look at it nearby, it seems that in the middle of the cul-de-sac you can see small intact details.
The Kulova flash can penetrate into closed spaces: it can appear from an outlet, from a TV, it can appear in the pilot’s cockpit. There will be outbursts when the cul-de-sac flares erupt in the very place hovering from the ground.
Kulova Bliskavka will become a mysterious phenomenon for all to see
For the last three hours, they have not recognized the fact that the Kulova flashlight is sleeping. And when there were reports of those who wanted to improve, they attributed it to optical illusion or hallucinations. Physicist François Arago says he changed everything. The teachings were systematized and published by eyewitness accounts of such a phenomenon as the Kul flashlight.
Over the past few years, we have discovered the presence of cul-de-sacs in nature, but the mysteries have not become fewer, but as time goes on, there are more and more of them.
Everything about the Kulova Bliskavets is unclear: what a marvelous Kula it is - it appears not only during a thunderstorm, but on a clear, sunny day. It is not clear what the wine is made of - what kind of river that can penetrate through a small meadow, and then become round again. Physicists have no use for all aspects of nutrition.
The theory that there is a cul-de-sac flash is still very much alive today, but no one has come up with a scientific view of the phenomenon yet. Science colas have two of today's most popular and lasting versions.
The Kulova Bliskavka and its creation are consistent with hypothesis No. 1
Dominique Arago managed not only to systematize all the collected information about the plasma pool, but also to create an explanation of the mystery of this object. The version of the story is that the cul-de-sac is created as a result of a specific influx between nitrogen and acid. The process is accompanied by visible energy, which causes the creation of a spark.
According to the words of another physicist, Frenkel, this version can also be supplemented with another theory. Vaughn transfers the solution of the plasma cooler from a thick vortex, which contains saw particles and active gases created by an electric discharge. This means that the cowlick will continue to last until the last hour.
This version is confirmed by the fact that the discharge of the plasma cullet is generated following the electric discharge itself there, where it is sealed, and when the culver sparkle disappears, after it the song of serpanoks and specific smell. With this hypothesis, one can come to the conclusion that all the energy of the cusp flasher is located in the middle of it, therefore, this substance accumulates energy.
The Kulova Bliskavka and its creation are consistent with hypothesis No. 2
According to Kapitsa, the Kulova bliskavka is affected by radio waves, the length of which can reach 35-70 cm. The reason for their fault is associated with electromagnetic vibrations - the result of the interaction of thunderstorms and the earth's crust.
The academician admitted that the Kulova sparkle was vibrating at the hour when the energy supply began uncontrollably. This may look like a change in the frequency of electromagnetic vibration. This is what is called the “collapse” process.
There have been theories and other hypotheses that claim that the Kulova flashlight is simple due to its nature. As of today, using additional current radio equipment, as Kapitsa remembers, after the discharges in the atmosphere, it was not detected.
There are other hypotheses and the scale of the problem when the bulge is vibrated: objects of high value are melted or disintegrated into pieces, blocks of high value goods are broken, and the impact of the tractor is once overturned.
The Kul's Blink elicits special behavior from those who interact with it
As soon as there was a chance to face the bulging flash, panic, and then rush around, there is no need for anything. We need to behave around her like we would a naughty dog. Of course, there will be sharp turbulence, or even if the wind is the least turbulent, the blast can be straightened to this point.
The behavior of a person may be unpretentious and calm. You need to try to avoid the flash, otherwise you won’t be able to turn your back to it. If the plasma coil is located near the premises, you should go to the window and open the apartment. Kula may succumb to the downturn and fall on the street.
You can’t throw anything along the plasma cooler, which will result in a bulge, which will inevitably lead to big problems associated with injuries and injuries. Sometimes people tend to lose heart.
Having drunk a number of people, who were not spared and the flashlight caught him, leading to the loss of information, she immediately asked for help and called for extraordinary help. The patient is required to endure the area, which is ventilated, and wrap up warmly. In addition, people need to do some handcrafting.
The nature of the cul-de-sac is still unknown. It is necessary to explain that the Kulova brisk is a rare phenomenon, and there are still no indications for those that the phenomenon of the Kulova blisk has been successfully developed in laboratory minds; it cannot be systematically studied. There were a lot of hypothetical assumptions about the nature of the Kulova flashlight, but those about the origin of this note, perhaps, have not yet been determined. Golovne, why should we gain respect for this, so that we can bring experimental research directly to the point of reversing it? It seems to me that the previously established hypotheses about the nature of the Kulova flasher are unpleasant, since the stench is consistent with the law of conservation of energy. It is expected that the light of the cul-de-sac sparkle is considered to be the amount of energy that is seen during any molecular or chemical transformation, and, therefore, it is assumed that the amount of energy that is generated is hunok how the Kulova bliskavka shines, is found in it itself. This is such an important twist.
The main findings of modern physics show that the potential energy of gas molecules in any chemical or active state is less than that required to be spent on dissociation and ionization of molecules. This makes it possible to quickly set the upper limit of the energy that can be stored in a gas cooler, filled with water and the size of a cooler.
On the other hand, you can carefully evaluate the intensity of vibration of the surface. Such estimated calculations show that the upper limit of the time of detection is much less effectively guarded against culverts. This update is also confirmed by the publication of data about the hour of death after a nuclear shock. Such darkness immediately after swelling, undoubtedly, is due to the ionized mass of gas, and therefore can be seen as a limiting supply of potential energy that can be contained within oneself. It would have seemed like there would have appeared in more than an hour, a lower cul-de-sac flash of similar size, which was most disturbing to the sleeper, but in reality there is none.
If the energy stored in the debris is proportional to the surface (dі), and the vibration is on the surface (dІ), then the energy calculated from the cooler will be proportional to d, its linear size. The surface of a nuclear vibration with a diameter d, which is more than 150 m, is visible in an hour less than 10 s, so that a pipe with a diameter of 10 cm is visible in an hour less than 0.01 s. But it’s true, as in literature, a cul-de-sac of such dimensions most often lasts for a few seconds, if you like.
In this way, since in nature there is no source of energy that is not yet known to us, then on the basis of the law of conservation of energy it is necessary to accept that at the hour of the day of light, energy is continuously supplied, and we musheni sukati tse dzherelo energii pose obsyagem bliskavki. The fragments of the Kul's flash should be careful not to "hang" in the wind, without directly colliding with the conductor, then the most natural and, perhaps, the only way to supply energy is by eliminating intense radio waves with it Khvil, why are you calling?
Let us accept this as a working hypothesis and wonder how we can use it to account for the most characteristic features of the descriptions of the phenomena that accompany the flash.
As soon as we compare the behavior of the cul-de-sac with the gloom that glows, that was lost after the nuclear shock, then a real difference comes into view. After its guilt, the nuclear vibration ceaselessly grows and silently goes out. Over the course of time, the Kulova sparkle loses its constant dimensions and often disappears with a bulge. The darkness of a nuclear explosion, filled with hot gases with low density, pours into the wind and then collapses all the way up. The cul-de-sac flare sometimes stands unshakable, sometimes it collapses, but this collapse does not move directly towards the ground and is not visible directly to the wind. Now let us show that this characteristic difference is best explained by the hypothesized hypothesis.
It appears that the effective removal of electromagnetic vibrations by ionized gas chloride - plasma - can only occur during resonance, if the moisture period of the electromagnetic vibrations of the plasma is avoided by the vibration period bath to soak. At these ionization intensities, which are similar to the spark of a flashlight, the resonant minds appear to be of different sizes.
It is important to note that the frequency that is sinking corresponds to the moisture vibrations of the sphere, then it is necessary that the length of time before sinking is approximately equal to almost the diameter of the culvert (more precisely, l = 3.65d). Since the ionization of the gas is also weak, then, as is clear, the period of plasma injection is mainly determined by the stage of ionization, and it is clear that the resonant peak will be greater in the future, however is determined by the size of the ionized volume and, as we indicated, is ancient 3, 65d.
With a faulty cusp flash, the mechanism of claying can be revealed as follows: initially, there is a small equalization with (p/6) d volume of plasma, and if its ionization is weak, then there is still a resonance with a life of up to 3.65 d be able to and there will be more effective cleaning of radio waves. Therefore, ionization increases, and with it the cob covers the spheres until they reach diameter d. Therefore, the resonant nature of the polishing process is determined by the shape of the flare, and this leads to the fact that the size of the sphere of the butt flare becomes stable.
In truth, it is acceptable that the intensity of the rocking that is being carried out will increase; Then the temperature of the ionized gas moves a little and the sphere inflates, and thus increases the resonance and the intensity of the electromagnetic waves changes, the sphere cools and rotates to dimensions close to the resonant ones. In this way, it can be explained why the diameter of the piston striker becomes constant in the process of lightning.
The dimensions of the culverts, which are to be taken care of, lie in the range of 1 to 27 cm. According to our hypothesis, these values, multiplied by these, will give that range of culverts, which is similar in nature to the created culm ovih bliskak. The most often avoided diameters of the impact flares from 10 to 20 cm correspond to the diameters of 35 to 70 cm.
The places most favorable for the creation of bulges will obviously be the areas where radioactivity reaches the greatest intensity. Such places are similar to the antinodes of the voltage that occur in a variety of possible interference phenomena. There are significant shifts in the voltage of the electric field at the antinode, and their position can be fixed at the place of the butt flasher. Such a mechanism leads to the point where the cul-de-sac flare is transferred to the antinodes, regardless of the direct wind or convective wind currents.
How possible is the butt of such a fixed position of the bulge flare, we will look at the fall, if the radioactive elements fall on the surface, which should be carried out, and knocked out. Then, there is always interference between standing legs at distances equal to Before, up to the end of the leg, multiplied by 0.25; 0.75; 1.25; 1.75; And so on, they are created in the vastness of the antinodes, in which the voltage of the electric field is subjugated in the equal parts of the tree that falls. Near these surfaces, there will be a flexible tension both for the creation of a cobalt breakdown and for the further development and support of ionization in the cloud, which creates a culm flash. Thus, the destruction of electromagnetic rocks by ionized gas can only occur on surfaces parallel to the topography of the earth. This is also a fixed position of the bulge flare.
This mechanism explains why the spherical flare is created at a small distance above the ground and often becomes dry in horizontal areas. In this case, the center of the bumper should be placed up to the conductive surface of the original 1/4 of the entire length, and therefore, the gap between the surface that beats and the edge of the hammer is caused by approximately the same radius su.
During intense rocking, it is entirely possible for a number of antinodes to open up the sides of the cul-de-sacs and move towards each other in a vigorous manner. Such lanyards from the bulges are avoided, the stench is called “clear” flashes and they have been removed.
Our hypothesis can also explain why sometimes the cul-de-sac is associated with a vibration that does not lead to collapse. If the pressure is applied, then with small sizes the coolant will become so soft that a sphere of rarefied wind is created, and if it is filled with fluid, a shock of low force will occur. If the energy is fully visible, the extinction will be a calm and silent process.
Our hypothesis can give a satisfactory explanation, perhaps, to the most foolish of the authorities of the Kulova spark - its penetration into the premises through windows, crevices and, more often, through pipes. Having sunk into the surroundings, the bag, which glows, either expands or runs along the wires for several seconds. Such episodes are described in such a way that their reality does not raise doubts.
In our opinion, it’s quite an outburst when a Kul’s flasher flew into the airplane, which was piercing the thunderstorm gloom at an altitude of 2800 m. Our hypothesis explains all these phenomena by the fact that the penetration into the closed location of the bulges is due to the fact that they go along the path of short-haired electromagnetic kolivans, which expand either through the doors or through the chimney pipes or seeing off along the Khvilevoda roads. The size of the chimney pipe corresponds to the critical section of the duct, in which the ridges can greatly expand up to 30-40 cm, which is similar to the size of the culverts, so beware, penetrate into the premises.
In this way, the hypothesis about the similarity of the culove flash for the structure of short-haired electromagnetic rings can explain not only a number of other well-known and innocent objects associated with the culo blizzard, such as: they are fixed size, low-rust position, sleep of lanciuzhki, vibukhova hvila when sick, - but also penetration to placement.
Here is a trace of nutrition: what has not been observed for a long time in nature, the presence of a melting, brush-shaped light, called “St. Elmo’s Fire”, also with the help of electromagnetic vibrations, or weak pressures? Until now, the entire world has been explained by the drainage of charges from the wind, which is due to the constant voltage that arises from the great differences in potentials between the ground and the gloom. Such an explanation was completely natural until the time when the whole world was on the ground, where one can indicate a closed path of a steady stream, and now the description of the fallout, if the “fires of St. Elmo” were on the alert on the fuselages of the aircraft for a troubling hour iv, what to fly. It is possible that the hypothesis we put forward here can help solve this problem.
Although this hypothesis successfully resolves a number of major difficulties in understanding the process of the cusp flasher, it is nevertheless important to note that the power supply does not completely disappear, since it is still necessary to show the existence of electromagnets in nature These are the Kolivans to revive the Kulova Bliskavka. Here, first of all, we need some evidence on natural nutrition: why, in the hour of threat, is the promotion of electromagnetic vibrations in the area of \u200b\u200bthe energy required for the creation of a spark, which has not yet been described in the literature?
While it has not yet been directly revealed in the hour of the threat, it seems to us that we can allow this to happen. Fragments of the Kulova sparkler are a rare phenomenon, so it is natural to note that the release of radioactive substances is also rarely encountered, in addition, it is even rarer that they can be cleaned up so that the stench is dissipated in the proper equipment. in this short-haired area the radio-hair is 35 to 70 cm, which is still very little vicorized. Therefore, as soon as the deadline for checking the hanging ones has arrived, let a similar experimental method of caution begin to develop, try to detect, under the hour of a threat, radio transmission in the indicated short-haired range of hairs.
What is the concern of these radio stations, then, perhaps, there are two facts in the care of flashlights that can help shed light on the mechanism of their fault. One of them is those that the Kul’s flash most often occurs until the end of the storm; the other is those with the cul-de-sac of the flasher in front of the center.
The first fact shows that the presence of an ionized wind contributes to the creation of radio waves, and the second shows that the trigger for this collision is a thunderstorm discharge. This is due to the fact that there is a radioactive process that occurs in an ionized atmosphere, either in the dark or in the ground. In the end, as it was expected to be located on the ground, the area containing intense radio transmissions will be bordered and directly adjacent to the place where the Kulova Blink is located. The intensity of the radio waves may drop sharply when the area is distant, and in such cases sensitive equipment will be required for monitoring. As soon as radioactive poisons develop into a very dangerous gloom, the stench will overwhelm large areas and their detection by insensitive detectors is not important.
Find, as another possible directive for experimental verification of the proposed hypothesis, the need to indicate the feasibility of a created discharge, similar to a cul-de-sac flash, in laboratory minds. For this, obviously, it is necessary to press harder on the radio waves of continuous intensity in the decimeter range and focus them in a small way. With a sufficient voltage of the electric field, it is necessary to trigger an electrodeless breakdown, which, by way of ionization resonant absorption by the plasma, is liable to expand into a cell that glows, with a diameter equal to approximately a quarter of the light.