Space is interesting to everyone, everything that cannot be touched is fraught with a certain mystery.

Wherever you look at the universe, everywhere is infinity!

Many would like to know if there is an end to the universe? How far do space recesses extend? FROM highly likely we can say that knowledge has no boundaries, just as there are no boundaries for the cosmos and the universe!

Almost a hundred years ago there was a real desire to compare the earth with something small and easy to explain. The first and most successful comparison would be a cutaway boiled chicken egg. The white is the Earth's mantle, and the yolk is the metal core. It is customary that the mantle is composed of silicates and is not strong enough when compared to metals. Now about the most interesting, about a hypothesis that will completely change your idea of ​​the Earth and those processes. that occur in the earth's crust and core. Scientists put forward different hypotheses on this topic. Hypotheses are just an assumption and an attempt to explain this or that natural phenomenon from the available positions.
In order to build hypotheses, it is necessary to rely on some data, and then the expedition received them, which studied the rocks emerging on the surface in the area of ​​​​faults near Lake Baikal. It was in the period of its USSR and this direction was led by the Academy of Sciences of the USSR.
It was headed by Vladimir Larin, a specialist geologist. The purpose of the expedition was to find traces of the deep impact on the rocks. This was required to confirm or refute the concept of the structure of the Earth according to Larin. The concept did not at all resemble any of the hypotheses existing at that time about the structure of the Earth. Larin claims that the core of the Earth is not made of iron, as the textbooks of physics and chemistry say, and the mantle, in its essence, is not at all made of silicates, as is customary. Everything is based on the fact that if we imagine that a powerful stream is coming from the core, then all or most of what is happening in the bowels of the Earth and on its surface could be explained more simply. Larin found Baikal basalt which confirms his theory.
We all know that hydrogen is the most abundant element in the universe. Previously, for some reason, scientists in their works and conjectures deprived the Earth of the quantity in a connected and free state. According to their conclusions, there cannot be a lot in the Earth, because the theory of the formation of planets does not allow this to be. Of course, there is a lot in the ocean in a connected state, but Larin believes that much more is accumulated by the planet in its CORE! Everyone would be interested to know from where and how the Earth accumulated so much in its core. And what about the mantle? What does it consist of, according to Larin? The earth's crust is not made up of meteorites.
In order to understand and comprehend everything that Larin gave out as a hypothesis, you can, of course, read his book
http://hydrogen-future.com/images/Nasha%20Zemlya,%20V.%20Larin,%202005.pdf or you can quickly watch a video in an introductory form in which all of the above is much more prosaically chewed and just after watching the video there is no doubt that the earth is growing and expanding not because of the spreading of the plates, but because of the increase in the radius of the globe. Try to draw something on a rubber balloon and inflate it. Everything is stretched and enlarged... So the hydrogen emerging from the bowels of the nucleus generates more new elements in the crust. A substance with a higher density generates a substance with a larger volume but with a lower density, and thus the planet Earth grows in different directions, evenly periodically erupting by volcanoes, relieving surface tension ...

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According to the data obtained with X-ray telescope Chandra, then the regions outside our galaxy are not at all homogeneous. There are places that are very hot, where there are even oxygen ions, and very cold.

The Titanovsky Nile flows into a kind of sea, and along its length riverbed about 400 km. This picture is essentially the first photograph river system that once existed outside the Earth.

Falling in Eastern Europe too meteorites and one of the largest that fell to the ground in the area weighs 300 kg

What do we really know about magnetosphere our "House Earth"? The atmosphere and magnetic shell of the Earth is the first frontier of the protective functions of the Earth.

WGS-6- this is a military apparatus, judging by reports in the press, but it is needed in order to exchange data on high speed between ships, aircraft, and any military groups anywhere in the world.

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academic science already very tired of her prophecies in the field of predictions of the future of mankind. That humanity will freeze, then the greenhouse effect, then even cooler, Armageddon is expected with the participation of a large cosmic body. I don’t believe in such nonsense, no matter how hard I tried :) Scientists assure everyone that 65 million years ago dinosaurs died from the fall of a large asteroid, but this nonsense is somehow hard to believe ....

In theory, if the mole norm passes somewhere near the star, then according to the scientists theorists, the star should somehow strangely deviate in some direction. So in theory it should be, unless of course there really are wormholes and they are not a fiction of the scientific community. Many are simply sure that wormholes are nothing but a fiction of science fiction ....

Perhaps in a very warm Spanish climate in the town of Almeria, where the Sun is burning like a frying pan within the walls of the largest university of Almeria, the scientists simply overheated and what they gave out to the public on the mountain is nothing more than an ordinary university hype .. The scientists from this university have a good astronomical device , this is the Calar Alto Observatory ....

Astronomers are actively looking for anything that could give away the existence somewhere in the far space of brothers in mind. Basically, within the framework of the SETI project, astronomers look into deep space, but under their noses, at the objects closest to the Earth, there is no active search yet ....

So far, about refueling controlled by a person spaceships out of the question, on those rockets that are now used to put satellites into orbit, they cannot fly beyond the orbit. But if you use such rockets to launch satellites into orbit and into the nearest space, then they are quite suitable. There is already something to deliver into orbit and push into interplanetary space, now scientists are faced with the task of finding a solution for refueling rockets in space ....

To start a snippet of the session:

Q: There is a version that all the volcanoes of the earth are ancient dumps, waste heaps. Is it so?
A: There are dumps, waste heaps, and there are volcanoes that process energy. The earth is expanding, growing in size, growing. The core takes our energy and expands. How nuclear reactor, at the quantum level. Humanity plays an important role in this, conducts energy through itself from above, and also recycles it.

Q: What is the meaning of this growth?
A: As in a person, you grow, you grow, then you die. It built up solid rocks, then resets, like zeroing, then the process starts again. This is one of the ways. There are others. For example, become a star.

From the comments:

Our Earth is pierced by powerful ethereal streams, if you look at them from the surface, you see that they are always vertical, as if following the direction of the force along a plumb line. Earth gravity and converge into a single energy node in the core. In it, according to the information received, this energy is materialized into matter, minerals and rocks. When the negative heavy energy of people, for example, during the cleaning of the aura, enters the center of the Earth, moving through the system of these ethereal channels, it is also transformed into a mass of the mineral.

This is the reason for the constant growth of the volume of our planet, about three centimeters in diameter every year, according to the latest scientific data. Imagine a layer of soil one and a half centimeters across the entire planet, how much this mass grows in a year. I think that no fallout of cosmic dust and meteorites can give such an increase in mass, in near-Earth space there are on average only a few molecules of matter per cube of volume.

In 1933, Christopher Otto Hilgenberg was the first to demonstrate that if we reduce the size of the Earth by 55-60%, all the continents will fit together like a mosaic, as shown in the figure. He confidently suggested that the current arrangement of the continents was created by the expansion of the size of the Earth. At some time in the past, the Earth was 55-60% smaller than its current size. The most comprehensive article we have been able to find on this topic is by James Maxlow. As we continue, we will cite it.

You won't find the new model in modern textbooks, but over the years it has become more and more popular. In 1981, the Earth Expansion Symposium was held in Australia, and in 1989 the Smithsonian Institution held a discussion discussing these and other concepts related to global tectonic models. As Maxlow writes:

“These arguments (at the Smithsonian meeting) raised a lot of questions about the theory of tectonic plates in its modern presentation(Kremp, 1992). They also indicate that current concepts of plate tectonic/continental drift/polarity shift should be reassessed, revised or rejected (Smiley, 1992).”

Hilgenberg: models of the expanding Earth. The smallest ball is 60% of the radius of the largest ball. (Vogel, 1983)

At present, the model of "tectonic plates" or "continental drift" is fashionable among traditional scientists. In this model, throughout its existence, the Earth maintains a constant size, and all the continents began as one giant mass, known as "Pangaea". Over time, this continent broke into several pieces, and the cracks were places of volcanic activity. As new lava erupted along subterranean volcanic ridges and was then cooled by the oceans, the different pieces of the original continent slowly moved away from each other into their current positions.

However, in order for such a “drift” to occur on the Earth and its dimensions not change, “what goes up must go down.” In more scientific terms, if there are areas of "mountain uplift" where new crust is continually forming, then there must be "stretch zones" in which the Earth's crust returns to the mantle and melts. As Maxlow points out, this model suffers from a huge drawback:

No clear evidence of the existence of “stretch zones” has ever been found on Earth.

Furthermore,

There are far fewer places where tension zones could exist than the plate tectonic model requires.

Or, to put it simply:

With observational data, we can easily demonstrate the expansion of the Earth, but there is no way to prove that contraction occurs at the same time as the expansion.

Maxlow continues: The conclusions of the “plate tectonic” model were based on insufficient data:

“When considering the theory of the Global Tectonic Expansion, it should be understood that global, geological and geophysical databases have only now (2001) reached a level at which any global tectonic hypotheses can be confidently identified, considered and / or refuted.”

Given the availability of new data, the “tectonic plates” model may be rejected. However, according to Maxlow and others, there are two main reasons why the traditional scientific and geological communities do not accept the Earth's expansion theory:

1. “It is believed” that in the current quantum understanding, matter is not capable of expanding.

2. The lack of convincing evidence that accurately reproduces the process of the expansion of the Earth through mathematical models.

The first position is effectively eliminated quantum models that we have discussed in this book. Maxlow provided the persuasive evidence required for the second proposition. As more and more information is acquired about the geophysics of the Earth, the Earth Expansion theory becomes more and more convincing. According to Maxlow, new maps of the patterns, rates, and directions of ocean floor expansion show that the Earth has "expanded exponentially from Achaean times to the present day." His article provides maps and drawings to support these conclusions.

Based on mathematical models Maxlow, The Earth should be expanding at a rate of approximately 21 millimeters per year. And of course,

1. In 1993, Carey used laser measurements made by satellites and calculated that the radius of the Earth is expanding by 24 millimeters per year, plus or minus 8 millimeters.

2. In 1993, Robado and Harrison used geodetic measurements and concluded that the Earth is expanding at 18 millimeters per year.

The traditional explanation for the observed expansion of the Earth is that it is caused by a continuous influx of dust and meteorites. It is also consistent with Maxlow's calculations based on collected data on the expansion of the ocean floor. Other scientists in Russia have come to the conclusion that at certain points in our geological history, the Earth has undergone sudden increases in size, and this may explain why Robado and Harrison observed an expansion of only 18 millimeters per year, while Maxlow's calculated value was 21 millimeters.

The next obvious problem with this model is this: if all the continents were once part of a single outer surface of the Earth, where were the oceans? Maxlow believes that there was once much less water on Earth, and "shallow epi-continental seas" formed around different areas of what are now known as continents. The original crust of the Earth reached a certain level of density (perhaps as a result of the cooling of the molten state as it moved away from the Sun), but then, as the Earth continued to expand, the newly formed crust became much thinner and smaller in width. As the continents began to move apart, the epicontinental seas filled in the cracks below sea level, forming early versions of our oceans.

Then another question arises: “Where did the water come from in our oceans, if it was not here from the very beginning?” The earth is "growing" in size due to continuous increases in the aetheric energy it receives from the sun and other sources. The same energetic processes that increase the size of the Earth are continuously creating new molecules such as hydrogen and oxygen in our atmosphere, increasing its density. The hydrogen and oxygen then combine to form more water, which falls from the sky as rain into the oceans, mixing with the salts of the earth's crust. Interestingly, when we wrote the previous book, all gaseous planets had cores the size of the Earth. From this it is clear that over time, due to the distance from the Sun, the Earth will also turn into a gas planet. In Chapter 8 we will look at Dr. Dmitriev's testimony that the creation of a new atmosphere is an ongoing process, as new changes have been discovered in the atmospheres of the Earth and other planets (Mars).

The earth is not a ball, but a growing crystal (hence):

For the first time that the Earth is not a ball, but a crystal - solid, having an ordered, symmetrical structure, thought the Greek scientists - the mathematician Pythagoras and the philosopher Plato. They went through many polyhedra and finally chose two "ideal" ones that could be a model of the Earth: an icosahedron limited by 20 regular pentagons, and a dodecahedron limited by 12 regular pentagons.

The idea, using the representation of the Earth in the form of a crystal, to explain the features of its internal structure attracted two French scientists in the 19th century - the geologist de Bemont and the mathematician Poincaré. They took one of the "ideal" crystals of Pythagoras-Plato, the dodecahedron, as the basis of their hypothesis. In their opinion, large anomalies in the mantle and the earth's crust are due precisely to the transformation of the Earth's shape into a dodecahedron.

Stepan Kislitsyn was the first proponent of the "Earth-Crystal" hypothesis in Russia. But what the French considered the finish, he took for the start, believing that the continuous transformation of the face of the planet cannot have a final, tightly frozen form. According to the scientist's hypothesis, about 400-500 million years ago, when the geosphere, which mainly consisted of basalts, underwent deformation, the dodecahedron turned into the icosahedron. He also suggested that the transition from one crystalline form to another was not complete. And the dodecahedron, which resembles a soccer ball sewn from 12 pentagonal patches, turned out to be inscribed in the icosahedron grid of 20 triangular faces.

The practical use of the hypothesis "The Earth is a growing crystal" to explain the processes taking place not only in the bowels and on the surface of the planet, but also influencing the change of the living world and even the development of civilizations, was undertaken back in the USSR by N. Goncharov, V. Makarov, V. Morozov. In their opinion, "the force field of this growing crystal determines the icosahedradodeacahedral structure of the Earth. These polyhedra are inscribed in each other. Projections of the icosahedron and dodecahedron appear on the surface of the Earth. 62 vertices and midpoints of the edges of this complex crystal have special properties. Magnetic, gravitational, tectonic and others anomalies correspond to the tops and edges of these figures.The centers of origin and development of human civilizations are connected with their nodes: Tibetan-Chinese, Mesopotamia region, ancient Egyptian, center South America; center of Ukraine.

The nodes also coincide with permanent areas of hurricane origin: the Bahamas; Arabian Sea; Devil's Sea region, north of New Zealand; Tuamotu archipelagos, Tahiti. Giant swirls of ocean currents also act around the nodes of the system, often coinciding with the centers atmospheric pressure. Bird flights to the south are carried out to the nodes of the system (west and south of Africa, Pakistan, Cambodia, north and west of Australia). Marine animals, fish, plankton accumulate in the nodes of the system. Whales and tuna migrate from node to node along the edges of the system.

Numerous anomalous zones of the Earth coincide with the tops of the crystal, the largest of them: the Bermuda Triangle, the Devil's Sea, I. Sanderson's Magic Rhombuses. The Bermuda Triangle lies between Miami on the Florida peninsula, Bermuda and Puerto Rico. Another largest, but little-known anomalous zone is located in the Sea of ​​​​Marmara. The next anomalous zone coincides with one of the triangles of the icosahedron, forming a tectonic tangle, where mountain systems intertwine into a single knot: the Himalayas, Hindu Kush, Karakoram, Kunlun, Pamir, Tien Shan, Altai.

To explain how the Earth-crystal affects the processes in the ocean and in the atmosphere, one should refer to scientific developments physicist Eduard Borozdim. The scientist used satellite images to discover patterns of distribution of atmospheric phenomena around the globe. After reviewing several thousand space images received from the Meteor meteorological satellites, E. Borozdich became convinced that the places of origin of cyclones and anticyclones, easily identified by the pattern of clouds, are regularly distributed over the surface of the planet - they form networks that coincide well with the tops of the Earth-crystal. The mechanism of the formation of this network, which the scientist gave in one of his speeches, explains both the absence of signs of cosmic lines identified by geologists and the impact of the Earth's interior on the atmosphere.

E. Borozdim suggested that the source of impact on the Earth's surface, due to which a clearly visible network of faults and nodes appear on satellite images, which are a reflection of the Earth's crystal structure, and characteristic patterns of clouds, is located not in the earth's crust, but below - in its mantle. The continuously incoming energy from the center of the globe must also be continuously dumped outside the planet. This happens due to "short-lived subcrustal local perturbations".

They last from tens of minutes to several days and lead to a change in almost all known physical fields and even short-lived uplifts of the land surface by several meters. On the surface of the ocean, such disturbances produce a much greater effect. It is with them that one can associate the swelling of the water surface, which astronauts see from the orbits of space stations, and unexpectedly arising waves up to tens of meters high, which sailors talk about and which often cause the death of ships.

The energy of the Earth also influenced the development of human civilization. Our ancestors chose for themselves the most convenient places for settlements from the point of view of not only geographical factors, but also geophysical (primarily a constant influx of energy flows that stimulate both physical and mental development of people). The energy of the Earth awakened in some people hidden, as they say now, psychic abilities. Some of them became "visionaries" who helped the rulers make the only right decision that contributed to the prosperity of the state. Others were famous as great healers who saved the inhabitants of a rapidly growing city not only from individual diseases, but also from epidemics that claimed the lives of tens of thousands of people and turned entire provinces into deserted cemeteries. The fourth manifested themselves in science or in art, leaving to posterity unsurpassed masterpieces of architecture or unexpected discoveries that baffled modern scientists.

Around the "holy groves", healing springs, settlements gradually formed. Sometimes these settlements disappeared for some reason. Dozens of years passed, sometimes centuries, and new peoples came to the deserted "wastelands", they rediscovered both these "holy groves" and "life-giving springs" and built their settlements over the former cities.

The idea of ​​the Earth as a huge growing crystal is part of scientific ideas that began to develop intensively at the end of the 20th century.

According to the more and more attractive scientists point of view, everything in the universe is either a crystal or tends to take on an ordered crystal structure. The so-called spontaneous natural processes are in fact processes of regular restructuring of invisible orderly-crystalline networks. There are both related to each other and antagonistic crystal fields. In their interaction in nature, the processes of synthesis and analysis, construction and destruction can manifest themselves. Such a crystal is not only the planet Earth, but also the person himself.

Our planet Earth is growing

Over time, the radius of the globe, surface area, and mass increase. And the larger the Earth becomes, the faster it grows. Empirically, according to various sources, an exponential law of increase in the radius of the globe with time has been established. At present, the Earth's growth rate is at its maximum, and the Earth's radius is increasing by at least 2 centimeters per year.

If all the layers of the globe were growing at the same rate, then its growth would not soon be revealed. But a remarkable feature of the growth of the Earth is that the volume of the deeper layers increases at a faster rate than the shallower ones. Why this happens is not yet known, but the result of such growth is obvious: the solid earth's crust does not contain the swelling earth's insides and bursts. Shards of the old earth's crust are spreading across the globe in the form of modern continents, and a new one appears and grows between them, the so-called. oceanic, young crust.
The crust of the oceans differs from the crust of the continents in age, composition, density, structure, and thickness. The age of the most ancient rocks of the continental crust exceeds 4 billion years. The age of the most ancient rocks of the oceanic crust is only about 200 million years. The crust of the continents consists of a granite layer and basalt, the crust of the oceans - only of basalt. The density of basalts is greater than the density of granites, and the density of the underlying mantle is even greater. For this reason, the earth's crust is located on top of the mantle, and not vice versa. The thickness of the continental crust is 35-70 km, the thickness of the oceanic crust is 5-10 km.
If you take a globe and cut out all the oceans from it, then the remaining continents, almost without gaps, easily connect into a single continent on a ball, the radius of which is almost one and a half times less than the current radius of the Earth. Once upon a time, about 200 million years ago, the Earth was like that. There were no oceans. There were shallow seas, the bottom of which was of the same continental type.
So much water as now, 200 million years ago, there was no on Earth. When the substance of the mantle rises to the surface of the Earth and transforms into the earth's crust, it degasses and dehydrates. Gases replenish the atmosphere and water replenishes the ocean. About 10% of the mantle's substance is water. When a certain area of ​​oceanic crust is formed, so much water is released from the substance of the mantle 10 km thick that it covers this area with a layer about 3 km thick. Thus, simultaneously with the increase in the area of ​​the oceanic crust, the increase in the water column of the oceans also occurs.
The continents are ancient, and the oceans, their bottom and water, arose geologically recently. But the Earth grew even before the appearance of oceans on it, although more slowly. During the pre-oceanic stage of the Earth's growth, the continental-type crust simply thinned without the release of mantle matter to the Earth's surface. The zones of crustal extension only led to a decrease in the relief. This depression, surrounded on almost all sides by hills, quickly filled with sediment, sand and clay. The thickness of the sedimentary layers reached tens of kilometers. At depth, these sediments turned into solid, not loose, rock. These thick crystallized and cemented sedimentary rocks increased the area of ​​the continental crust.
On all continents there are so-called. the cores of very ancient rocks, to which, like rings on a cut of a tree trunk, rings and lenses of the continental crust of younger ages adjoin, indicating a gradual increase in the area of ​​the globe in the pre-oceanic period of the growth of the Earth. For the first time, 200 million years ago, the growth rate of the Earth reaches such a value that the rate of increase in the area of ​​the continental crust became less than the rate of increase in the area of ​​the Earth. In the region of the current Pacific Ocean, the substance of the Earth's mantle rises to the surface for the first time.
From this moment begins the oceanic stage of the growth of the Earth. A global system of the so-called. mid-ocean ridges, in which the old earth's crust diverges to the sides, and the mantle material comes out directly to the surface of the Earth, degasses, dehydrates and freezes, forming a strip new cortex along this ridge.
A remarkable property of frozen rocks is that they remember the direction magnetic field Earth at the time of solidification. And a remarkable property of the Earth's magnetic field is that the north and south pole Quite often, on geological scales, they change places. This makes it possible to determine quite accurately where and how much oceanic crust has grown over a given period of geological time, as well as to determine the rate of its growth in a particular geological time.
At present, in the Mid-Atlantic Ridge, a strip of new crust up to 1.5 cm wide is growing per year, and in the Pacific system of mid-ocean ridges, the rate of expansion of the earth's crust reaches 9 cm per year.
If we assume that as the size of the Earth increases, its mass does not increase, then as the radius of the globe increases, the force of gravity on the surface of the Earth should decrease. The change in gravity, in this case, should be very noticeable. For example, 200 million years ago, when the Earth's radius was 1.5 times smaller, the force of gravity on the Earth's surface must have been more than 2 times greater. But it was precisely at this time that huge dinosaurs flourished on Earth, which on the current Earth would weigh tens of tons, some up to 80 tons, and with their fragile skeleton, for such a weight, could move across the current earth with great difficulty, if at all. would not move in the water. And give them 2 times more gravity!
In antiquity there was no greater force of gravity on the surface of the earth. Vice versa. Both the gigantism of ancient animals, and the gigantism of ancient plants, when plants with a grassy trunk reached a height of several tens of meters, and steeper fossil sand slope angles and a number of other facts indicate that gravity on the surface ancient earth was significantly smaller, as it is smaller, for example, on the surface of the moon. Among our planets solar system we see the same pattern - the larger the terrestrial planet, the greater the force of gravity on its surface.
It is assumed that the growth of the Earth is not a unique phenomenon in the universe. In a number of other planets, the Earth is not distinguished by anything special. All planets grow... and grow into stars.

According to the latest astronomical calculations, the mass of the Earth is 5.97×10^24 kilograms. Annual measurements of this value clearly show that it is not absolutely constant. Its data fluctuate up to 50 thousand tons per year. The Earth is the largest in terms of diameter, mass and density among the planets belonging to earth group. Within the solar system, our planet is the third from the Sun and the fifth largest among all the others. It moves in an elliptical orbit around the Sun at an average distance from it of 149.6 million kilometers.

Since the mass of the Earth is changing, there are a large number of opinions regarding the trends of these changes. On the one hand, this value is constantly increasing due to collisions with meteorites, which, burning up in the atmosphere, leave a large amount of dust deposited on the planet. On the other hand, ultraviolet solar radiation constantly breaks down water molecules in the upper atmosphere into oxygen and hydrogen. Part of the hydrogen, due to its light weight, escapes from the planet's gravitational field, which affects its mass.

From the beginning of the 19th century until the last decades of the 20th century, the expanding Earth theory was very popular among scientists around the world. The hypothesis of an increase in the volume of the planet led to the assumption that the mass of the Earth is also increasing. Throughout the existence of this theory, various scientists have proposed five options for its justification. Many well-known researchers, such as Kropotkin, Milanovsky, Steiner and Schneiderov, argued the expansion of the planet by its cyclic pulsations. Daquille, Myers, Club and Napier explained this assumption by the constant addition of meteorites and asteroids to the Earth. The most popular theory of expansion was the assumption that initially the core of our planet consisted of a superdense substance, which in the process of evolution turned into normal material, causing the gradual expansion of the Earth. In the last 50 years of the last century, several prominent physicists, such as Dirac, Jordan, Dicke, Ivanenko and Saggitov, expressed the view that the gravitational quantity decreases with time, and this leads to a natural expansion of the planet. Another hypothesis was the opinion of Kirillov, Neiman, Blinov and Veselov that the expansion of the Earth is caused by a cosmological cause associated with a secular evolutionary increase in its mass. Today there is a large amount of evidence that refutes all these assumptions.

The theory of an expanding planet, based on the fact that the mass of the Earth is constantly increasing, has finally lost its appeal today. International group, which included the best scientists of the world, did not finally confirm it, so today this concept can peacefully go to the shelf of scientific archives. According to the conclusion of a group of geophysicists who conducted research using modern space tools, the mass of the planet Earth is relatively constant value. An employee of one of the scientific laboratories, W. Xiaoping, together with his colleagues, published an article in which he stated that the recorded fluctuations in the Earth's radius do not go beyond 0.1 millimeter (thickness of a human hair) per year. Such statistical indicators indicate that the mass of the Earth does not change in values ​​that allow us to talk about its expansion.