Every day new real photos of the Cosmos appear on the site portal. Astronauts effortlessly capture the majestic views of the cosmos and planets that appeal to millions of people.
Most often, a high-quality photo of the Cosmos is provided by the NASA aerospace agency, posting it in Free access incredible views of stars, various phenomena in outer space and planets, including the Earth. Surely you have repeatedly seen photographs from the Hubble telescope, which allows you to see what was previously not available to the human eye.
Never seen before nebulae and distant galaxies, emerging stars cannot but surprise with their diversity, attracting the attention of romantics and ordinary people. Fairy-tale landscapes of gas clouds and stardust reveal mysterious phenomena to us.
the site offers its visitors the best pictures taken from the orbiting telescope, which constantly reveals the secrets of the Cosmos. We are very lucky, as astronauts always surprise us with new real photo Space.
Every year, the Hubble team releases an incredible photo to commemorate the anniversary of the launch of the space telescope, which falls on April 24, 1990.
Many believe that thanks to the Hubble telescope, which is in orbit, we get high-quality images of distant objects in the universe. The pictures are really very good quality. a high resolution. But what the telescope gives out is black and white photos. Where do all these mesmerizing colors come from? Almost all this beauty appears as a result of processing photos with a graphic editor. And it takes quite a lot of time.
Real photos of Space in high quality
The opportunity to go into space is given only to a few. So we should be thankful to NASA, astronauts and the European Space Agency for regularly bringing us new images. Previously, we could only see something like this in Hollywood films. We have photos of objects outside the solar system: star clusters (globular and open clusters) and distant galaxies.
Real photos of space from the Earth
A telescope (astrograph) is used to photograph celestial objects. It is known that galaxies and nebulae have low brightness, and long exposures must be used to capture them.
And this is where the problems begin. Due to the rotation of the Earth around its axis, even with a small increase in the telescope, the daily movement of the stars is noticed, and if the device does not have a clock drive, then the stars will be obtained in the form of dashes in the images. However, not all so simple. Due to the inaccuracy of setting the telescope to the celestial pole and the errors of the clock drive, the stars, writing out the curve, slowly move across the field of view of the telescope, and point stars are not obtained in the photograph. In order to completely eliminate this effect, it is necessary to use guiding (an optical tube with a camera is placed on top of the telescope, aimed at the guiding star). Such a tube is called a guide. Through the camera, the image is fed to a PC, where the image is analyzed. In the event that the star shifts in the guide's field of view, the computer sends a signal to the telescope's mount motors, thereby correcting its position. Thus achieve point stars in the picture. Then a series of shots are taken with a slow shutter speed. But due to the thermal noise of the sensor, the photos are grainy and noisy. In addition, spots from dust particles on the matrix or optics may appear in the pictures. You can get rid of this effect with the help of a caliber.
Real photos of the Earth from space in high quality
The richness of the lights of night cities, the meanders of rivers, the harsh beauty of mountains, the mirrors of lakes looking from the depths of continents, the boundless World Ocean and a huge number of sunrises and sunsets - all this is reflected in real pictures of the Earth taken from space.
Enjoy a wonderful selection of photos from the portal site taken from space.
The biggest mystery for humanity is space. Outer space is represented to a greater extent by emptiness, and to a lesser extent by the presence of complex chemical elements and particles. Most of the space is hydrogen. There is also interstellar matter and electromagnetic radiation. But outer space is not only cold and eternal darkness, it is an indescribable beauty and a breathtaking place that surrounds our planet.
The portal site will show you the depths of outer space and all its beauty. We offer only reliable and useful information, we will show unforgettable high-quality space photos taken by NASA astronauts. You will see for yourself the charm and incomprehensibility of the biggest mystery for mankind - space!
We have always been taught that everything has a beginning and an end. Only it's not! Space has no clear boundary. As you move away from the Earth, the atmosphere is rarefied and gradually gives way to outer space. Where the boundaries of space begin is not exactly known. There are a number of opinions of different scientists and astrophysicists, but no one has yet provided concrete facts. If the temperature had a constant structure, then the pressure would change according to the law - from 100 kPa at sea level to absolute zero. The International Aviation Station (IAS) has established a high-altitude boundary between space and the atmosphere at 100 km. It was called the Karman line. The reason for marking this particular height was the fact that when the pilots rise to this height, the earth's gravity ceases to influence the flying apparatus, and therefore it goes to the "first cosmic speed”, that is, the minimum speed for the transition to a geocentric orbit.
American and Canadian astronomers measured the beginning of the impact of cosmic particles and the limit of control of atmospheric winds. The result was recorded at the 118th kilometer, although NASA itself claims that the boundary of space is located at the 122nd kilometer. At this altitude, the shuttles switched from conventional to aerodynamic maneuvering and, thus, "rested" on the atmosphere. During these studies, the astronauts kept a photo report. On the site, you can view these and other photos of space in high quality in detail.
Solar system. Photo of space in high quality
The solar system is represented by a number of planets and the brightest star - the sun. The space itself is called interplanetary space or vacuum. The vacuum of space is not absolute, it contains atoms and molecules. They were discovered using microwave spectroscopy. There are also gases, dust, plasma, various space debris and small meteors. All this can be seen in the photos taken by the astronauts. Producing a high quality photo shoot in space is very easy. On the space stations(for example, VRC) there are special "domes" - places with the maximum number windows. Cameras are attached to these places. The Hubble telescope and its more advanced counterparts greatly helped in ground-based photography and space exploration. In the same way, one can astronomical observations on almost all wavelengths of the electromagnetic spectrum.
In addition to telescopes and special instruments, you can photograph the depths of our solar system using high-quality cameras. It is thanks to space photographs that all mankind can appreciate the beauty and grandeur of outer space, but our portal "website" will demonstrate it clearly in the form of a photo of space in high quality. For the first time during the DigitizedSky project, the Omega Nebula was photographed, which was discovered back in 1775 by J.F. Chezo. And when astronauts used the panchromatic context camera during their exploration of Mars, they were able to photograph strange bumps that were unknown to date. Similarly, the nebula NGC 6357, which is located in the constellation Scorpio, was captured from the European Observatory.
Or maybe you have heard about the famous photograph, which presented traces of the former presence of water on Mars? More recently, the Mars Express spacecraft has demonstrated the actual colors of the planet. Channels, craters and a valley became visible, in which, most likely, liquid water was once present. And this is not all the photos depicting solar system and mysteries of space.
Let's take a look at the best images taken with the Hubble Space Telescope
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1. Galactic fireworks.
2. Center of the lenticular galaxy Centaurus A (NGC 5128). This bright galaxy is, by cosmic standards, very close to us - "only" 12 million light-years away.
3. Dwarf galaxy Large Magellanic Cloud. The diameter of this galaxy is almost 20 times smaller than the diameter of our own galaxy, the Milky Way.
4. Planetary nebula NGC 6302 in the constellation Scorpio. This planetary nebula has two more beautiful names: the Beetle Nebula and the Butterfly Nebula. A planetary nebula is formed when a star similar to our Sun dies and sheds its outer layer of gas.
5. Reflecting nebula NGC 1999 in the constellation Orion. This nebula is a giant cloud of dust and gas that reflects starlight.
6. Luminous nebula of Orion. You can find this nebula in the sky just below Orion's belt. It is so bright that it is clearly visible even to the naked eye.
7. Crab Nebula in the constellation Taurus. This nebula was formed as a result of a supernova explosion.
8. Nebula cone NGC 2264 in the constellation Monoceros. This nebula is part of a system of nebulae surrounding the star cluster.
9. Planetary Nebula Cat's Eye in the constellation Draco. The complex structure of this nebula has posed many mysteries to scientists.
10. Spiral galaxy NGC 4911 in the constellation Coma Berenices. This constellation contains a large cluster of galaxies called the Coma Cluster. Most of the galaxies in this cluster are elliptical.
11. Spiral galaxy NGC 3982 from the constellation Ursa Major. On April 13, 1998, a supernova exploded in this galaxy.
12. Spiral galaxy M74 from the constellation Pisces. There are suggestions that there is a black hole in this galaxy.
13. Eagle Nebula M16 in the constellation Serpens. This is a fragment of the famous photo taken with the help of the Hubble Space Telescope, called the Pillars of Creation.
14. Fantastic images of distant space.
15. Dying star.
16. Red giant B838. In 4-5 billion years, our Sun will also become a red giant, and in about 7 billion years, its expanding outer layer will reach Earth's orbit.
17. Galaxy M64 in the constellation Coma Berenices. This galaxy arose from the merger of two galaxies orbiting in different directions. So inner part galaxy M64 rotates in one direction, and its peripheral part - in the other.
18. Mass birth of new stars.
19. Eagle Nebula M16. This column of dust and gas at the center of the nebula is called the Fairy region. The length of this pillar is approximately 9.5 light years.
20. Stars in the Universe.
21. Nebula NGC 2074 in the constellation Dorado.
22. Triplet of galaxies Arp 274. This system includes two spiral galaxies and one irregular shape. The object is in the constellation Virgo.
23. Sombrero Galaxy M104. In the 1990s, it was found that there is a black hole of enormous mass at the center of this galaxy.
Mysterious nebulae that are millions of light years away, the birth of new stars and the collision of galaxies. A selection of the best photos from the Hubble Space Telescope recent times.
1. Dark nebulae in a cluster of young stars. Shown here is a section of a star cluster in the Eagle Nebula that formed about 5.5 million years ago and lies 6,500 light-years from Earth. (Photo by ESA | Hubble & NASA):
2. The giant galaxy NGC 7049, located at a distance of 100 million light years from Earth, in the constellation Indus. (Photo by NASA, ESA and W. Harris - McMaster University, Ontario, Canada):
3. The emission nebula Sh2-106 is located two thousand light-years from Earth. It is a compact region of star formation. At its center is the star S106 IR, which is surrounded by dust and hydrogen - in the photo it is colored in a conditional blue color. (Photo by NASA, ESA, the Hubble Heritage Team, STScI | AURA, and NAOJ):
4. Abell 2744, also known as the Pandora Cluster, is a giant cluster of galaxies, the result of the simultaneous collision of at least four separate small clusters of galaxies, which occurred over a period of 350 million years. The galaxies in the cluster make up less than five percent of its mass, the gas (about 20%) is so hot that it glows only in the X-ray range. The mysterious dark matter makes up about 75% of the cluster's mass. (Photo by NASA, ESA, and J. Lotz, M. Mountain, A. Koekemoer, & the HFF Team):
5. "Caterpillar" and the Carinae emission nebula (a region of ionized hydrogen) in the constellation Carina. (Photo by NASA, ESA, N. Smith, University of California, Berkeley, and The Hubble Heritage Team. STScI | AURA):
6. Barred spiral galaxy NGC 1566 (SBbc) in the constellation Dorado. It is located 40 million light years from us. (Photo by ESA | Hubble & NASA, Flickr user Det58):
7. IRAS 14568-6304 is a young star located 2500 light years from Earth. This dark region is the Circinus molecular cloud, which has 250,000 solar masses and is filled with gas, dust, and young stars. (Photo by ESA | Hubble & NASA Acknowledgments: R. Sahai | JPL, Serge Meunier):
8. Portrait of a star kindergarten. Hundreds of brilliant blue stars covered in warm, glowing clouds make up R136, a compact star cluster that lies at the center of the Tarantula Nebula.
The R136 cluster is made up of young stars, giants, and supergiants, estimated to be about 2 million years old. (Photo by NASA, ESA, and F. Paresce, INAF-IASF, Bologna, R. O "Connell, University of Virginia, Charlottesville, and the Wide Field Camera 3 Science Oversight Committee):
9. Spiral galaxy NGC 7714 in the constellation Pisces. It is located at a distance of 100 million light years from Earth. (Photo by ESA, NASA, A. Gal-Yam, Weizmann Institute of Science):
10. An image taken by the Hubble Space Telescope shows the warm planetary nebula Red Spider, also known as NGC 6537.
This unusual undulating structure is located about 3,000 light-years from Earth in the constellation Sagittarius. A planetary nebula is an astronomical object consisting of an ionized gas envelope and a central star, a white dwarf. They are formed during the ejection of the outer layers of red giants and supergiants with a mass of up to 1.4 solar masses at the final stage of their evolution. (Photo by ESA & Garrelt Mellema, Leiden University, the Netherlands):
11. The Horsehead Nebula is a dark nebula in the constellation of Orion. One of the most famous nebulae. She is seen as dark spot in the form of a horse's head against a red glow. This glow is explained by the ionization of hydrogen clouds behind the nebula under the action of radiation from the nearest bright star (ζ Orionis). (Photo by NASA, ESA, and the Hubble Heritage Team, AURA | STScI):
12. This Hubble Space Telescope image shows the nearest spiral galaxy, NGC 1433, in the constellation Clock. It is located at a distance of 32 million light years from us, and belongs to the type of very active galaxies / (Photo by Space Scoop | ESA | Hubble & NASA, D. Calzetti, UMass and the LEGU.S. Team):
13. A rare cosmic phenomenon - the Einstein ring, resulting from the fact that the gravity of a massive body bends electromagnetic radiation coming towards the Earth from a more distant object.
Einstein's general theory of relativity states that the gravity of such large space objects as galaxies bends the space around them and deflects light rays. In this case, a distorted image of another galaxy appears - a source of light. The galaxy that warps space is called a gravitational lens. (Photo by ESA | Hubble & NASA):
14. Nebula NGC 3372 in the constellation Carina. A large bright nebula that has several open star clusters within its boundaries. (Photo by NASA, ESA, M. Livio and the Hubble 20th Anniversary Team, STScI):
15. Abell 370 - a cluster of galaxies at a distance of about 4 billion light years in the constellation Cetus. The core of the cluster consists of several hundred galaxies. It is the most distant cluster. These galaxies are located at a distance of about 5 billion light years. (Photo by NASA, ESA, and J. Lotz and the HFF Team, STScI):
16. Galaxy NGC 4696 in the constellation Centaurus. It is located 145 million light years from Earth. It is the brightest galaxy in the Centaurus cluster. The galaxy is surrounded by many dwarf elliptical galaxies. (Photo by NASA, ESA | Hubble, A. Fabian):
17. Located within the Perseus-Pisces galaxy cluster, the galaxy UGC 12591 attracts the attention of astronomers with its unusual shape - it is neither lenticular nor spiral, that is, it shows signs characteristic of both classes.
The star cluster UGC 12591 is relatively massive - its mass, as scientists were able to calculate, is about four times higher than that of our own Milky Way.
At the same time, the galaxy of a unique shape also changes its spatial position very quickly, while at the same time rotating around its axis at an abnormally high speed. Scientists have yet to figure out the reasons for such a high rotational speed of UGC 12591 around its axis. (Photo by ESA | Hubble & NASA):
18. How many stars! It is the center of our Milky Way, 26,000 light-years away. (Photo by ESA | A. Calamida and K. Sahu, STScI and the SWEEPS Science Team | NASA):
19. Minkowski Nebula 2-9 or simply PN M2-9. The characteristic shape of the petals of the PN M2-9 nebula is most likely due to the movement of these two stars around each other. It is believed that a white dwarf is rotating in the system, causing the expanding shell of the larger star to form wings or petals instead of simply expanding like a uniform sphere. (Photo by ESA, Hubble & NASA, Acknowledgment: Judy Schmidt):
20. Planetary Nebula The Ring is located in the constellation Lyra. This is one of the most famous and recognizable examples of planetary nebulae. The Ring Nebula looks like a slightly elongated ring around the central star. The radius of the nebula is about a third light year. If the nebula expanded continuously, maintaining its current speed of 19 km/s, then its age is estimated to be between 6,000 and 8,000 years. (Photo by NASA, ESA, and C. Robert O'Dell, Vanderbilt University):
21. Galaxy NGC 5256 in the constellation Ursa Major. (Photo by ESA | Hubble, NASA):
22. Open cluster 6791 in the constellation Lyra. Among the faintest stars in the cluster are a group of white dwarfs that are 6 billion years old, and another group that is 4 billion years old. The ages of these groups are distinguished from the typical age of 8 billion years for the cluster as a whole. (Photo NASA, ESA):
23. The famous Pillars of Creation. These are clusters ("elephant trunks") of interstellar gas and dust in the Eagle Nebula, about 7,000 light-years from Earth. The Pillars of Creation - the remains of the central part of the gas-dust nebula Eagle in the constellation Serpens, consist, like the whole nebula, mainly of cold molecular hydrogen and dust. Under the influence of gravity in a gas and dust cloud, clumps are formed, from which stars can be born. The uniqueness of this object is that the first four massive stars (NGC 6611) (these stars are not visible in the photograph itself), which appeared in the center of the nebula about two million years ago, scattered its central part and a section from the Earth side. (Photo by NASA, ESA | Hubble and the Hubble Heritage Team):
24. The Bubble Nebula in the constellation Cassiopeia. The "bubble" was formed as a result of stellar wind from a hot massive star. The nebula itself is part of a giant molecular cloud located 7,100 to 11,000 light-years from the Sun. (Photo by NASA, ESA, Hubble Heritage Team):
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Original taken from osmiev in
The Hubble Space Telescope is an automatic observatory in orbit around the Earth, named after Edwin Hubble. The Hubble Telescope is a joint project between NASA and the European Space Agency; it is part of NASA's Large Observatories. Placing a telescope in space makes it possible to register electromagnetic radiation in the ranges in which the earth's atmosphere is opaque; primarily in the infrared range. Due to the absence of the influence of the atmosphere, the resolution of the telescope is 7-10 times greater than that of a similar telescope located on Earth. We invite you now to see the best images from this unique telescope over the past few years. Pictured: The Andromeda Galaxy is the closest of the giant galaxies to our Milky Way. Most likely our galaxy looks about the same as the Andromeda galaxy. These two galaxies dominate the Local Group of galaxies.
The hundreds of billions of stars that make up the Andromeda galaxy together give a visible diffuse glow. The individual stars in the image are actually stars in our galaxy, much closer than the distant object. The Andromeda Galaxy is often referred to as M31, as it is the 31st object in Charles Messier's catalog of diffuse celestial objects.
At the center of the "Doradus" star-forming region is a gigantic cluster of the largest, hottest, and most massive stars known to us. These stars form the R136 cluster shown in this image.
NGC 253. Brilliant NGC 253 is one of the brightest spiral galaxies we see, and at the same time one of the dustiest. Some call it the "Silver Dollar Galaxy" because it is shaped like that in a small telescope. Others simply call it "The Sculptor Galaxy" because it lies within the southern constellation Sculptor. This dusty galaxy is 10 million light-years away.
M83 is one of the closest spiral galaxies to us. From a distance that separates us from 15 million light years, it looks completely ordinary. However, if we look closer at the center of M83 with the largest telescopes, this area appears to us as a turbulent and noisy place.
Group of galaxies - Stephen's quintet. However, only four of the group of galaxies, located 300 million light-years away from us, participate in the cosmic dance, now approaching, then moving away from each other. Four interacting galaxies - NGC 7319, NGC 7318A, NGC 7318B and NGC 7317 - have a yellowish color and curved loops and tails, the shape of which is due to the influence of destructive tidal gravitational forces. The bluish galaxy NGC 7320, above left, is much closer than the others, only 40 million light-years away.
A giant cluster of stars distorts and splits the image of the galaxy. Many of them are images of a single unusual, bead-like blue ring galaxy, which by chance was located behind a giant cluster of galaxies. According to recent research, in total, at least 330 images of individual distant galaxies can be found in the picture. This stunning photograph of the galaxy cluster CL0024+1654 was taken in November 2004.
Spiral galaxy NGC 3521 lies just 35 million light-years away towards the constellation Leo. It has features such as ragged, irregular spiral arms adorned with dust, pinkish star-forming regions, and clusters of young, bluish stars.
Spiral galaxy M33 is a medium-sized galaxy from the Local Group. M33 is also called the Triangulum galaxy after the constellation in which it resides. M33 near the Milky Way angular dimensions more than twice the size full moon, i.e. it is perfectly visible with good binoculars.
Nebula Lagoon. The bright Lagoon Nebula contains many different astronomical objects. Objects of particular interest include a bright open star cluster and several active star forming regions. In visual observation, the light from the cluster is lost against the background of a general red glow caused by the emission of hydrogen, while dark filaments arise from the absorption of light by dense layers of dust.
The Cat's Eye Nebula (NGC 6543) is one of the most famous planetary nebulae in the sky.
The small constellation Chameleon is located near the south pole of the World. The picture reveals the amazing features of the humble constellation, which is full of dusty nebulae and colorful stars. Blue reflection nebulae are scattered across the field.
The dark dusty Horsehead Nebula and the glowing Orion Nebula contrast in the sky. They are located at a distance of 1500 light years from us in the direction of the most recognizable celestial constellation. The familiar Horsehead Nebula is a small dark cloud in the shape of a horse's head looming against the background of red glowing gas in the lower left corner of the picture.
Crab Nebula. This confusion remained after the explosion of the star. The Crab Nebula is the result of a supernova explosion that was observed in 1054 AD. At the very center of the nebula is a pulsar - neutron star with a mass equal to the mass of the Sun, which fits into an area the size of a small town.
This is a mirage from a gravitational lens. The bright red galaxy (LRG) pictured here has its gravity warped light from a more distant blue galaxy. Most often, such a distortion of light leads to the appearance of two images of a distant galaxy, but in the case of a very precise superposition of the galaxy and the gravitational lens, the images merge into a horseshoe - an almost closed ring. This effect was predicted by Albert Einstein 70 years ago.
The star V838 Mon. For unknown reasons, in January 2002, the outer envelope of the star V838 Mon suddenly expanded, making it the brightest star in the entire Milky Way. Then she became weak again, also suddenly. Astronomers have never observed such stellar flares before.
The Ring Nebula. It really looks like a ring in the sky. Therefore, hundreds of years ago, astronomers named this nebula according to its unusual shape. The Ring Nebula is also designated M57 and NGC 6720.
Pillar and jets in the Carina Nebula. This cosmic column of gas and dust is two light years wide. The structure is located in one of the largest star-forming regions in our galaxy. The Carina Nebula is visible in the southern sky and is 7500 light-years away from us.
Trifid Nebula. The beautiful multicolored Trifid Nebula allows you to explore cosmic contrasts. Also known as M20, it lies some 5,000 light-years away in the nebula-rich constellation of Sagittarius. The size of the nebula is about 40 light years.
Known as NGC 5194, this large galaxy with a well-developed spiral structure may have been the first spiral nebula to be discovered. It is clearly seen that its spiral arms and dust lanes pass in front of its companion galaxy, NGC 5195 (left). This pair is about 31 million light-years away and officially belongs to the small constellation Canes Venatici.
Centaurus A. A fantastic bunch of young blue star clusters, gigantic glowing gas clouds, and dark dust lanes surround the central region of the active galaxy Centaurus A.
Nebula Butterfly. Bright clusters and nebulae in planet Earth's night sky are often named after flowers or insects, and NGC 6302 is no exception. The central star of this planetary nebula is exceptionally hot, with a surface temperature of around 250,000 degrees Celsius.
An image of a supernova that exploded in 1994 on the outskirts of a spiral galaxy.
The Sombrero Galaxy. The appearance of the M104 galaxy resembles a hat, which is why it was called the Sombrero galaxy. The image shows distinct dark dust lanes and a bright halo of stars and globular clusters. The reasons why the Sombrero Galaxy looks like a hat are an unusually large central stellar bulge and dense dark lanes of dust located in the disk of the galaxy, which we can see almost edge-on.
M17: view close-up. Shaped by stellar winds and radiation, these fantastic wave-like formations are found in the M17 Nebula (Omega Nebula). The Omega Nebula lies in the nebula-rich constellation of Sagittarius and is 5,500 light-years away. Ragged clumps of dense and cold gas and dust are illuminated by the radiation of the stars in the image at the top right, in the future they can become sites of star formation.
What illuminates the nebula IRAS 05437+2502? There is no exact answer. Particularly puzzling is the bright, inverted V-shaped arc that delineates the upper edge of mountain-like clouds of interstellar dust near the center of the image.
On December 26, 1994, NASA's largest space telescope, the Hubble, captured a huge white city floating in space. The photographs, located on the telescope's web server, became available to Internet users for a short time, but then were strictly classified.
After deciphering a series of images transmitted from the Hubble telescope, the films clearly showed a large white city floating in space.
NASA representatives did not have time to turn off free access to the telescope's web server, where all the images received from the Hubble get to be studied in various astronomical laboratories.
At first it was just a small hazy speck on one of the frames. But when University of Florida professor Ken Wilson decided to take a closer look at the photograph and, in addition to Hubble's optics, armed himself with a hand-held magnifier, he discovered that the speck had a strange structure that could not be explained either by diffraction in the lens set of the telescope itself, or by interference in communication channel when transmitting an image to Earth.
After a short operational meeting, it was decided to reshoot the area indicated by Professor Wilson starry sky with the highest resolution for Hubble. Huge multi-meter lenses of the space telescope focused on the farthest corner of the universe, accessible to the telescope. Several characteristic clicks of the camera shutter sounded, with which the joker-operator sounded the computer command to fix the image on the telescope. And the "speck" appeared before the astonished scientists on the multi-meter screen of the projection installation of the Hubble control laboratory as a shining structure, similar to a fantastic city, a kind of hybrid of Swift's "flying island" of Laputa and science fiction projects of cities of the future.
The huge structure, spread out in the vastness of the Cosmos for many billions of kilometers, shone with an unearthly light. The Floating City was unanimously recognized as the Abode of the Creator, the place where only the throne of the Lord God can be located. A NASA representative stated that the City cannot be inhabited in the usual sense of the word, most likely, the souls of dead people live in it.
However, another, no less fantastic version of the origin of the cosmic City has the right to exist. The fact is that in search of extraterrestrial intelligence, the very existence of which has not even been questioned for several decades, scientists are faced with a paradox. If we assume that the Universe is massively populated by many civilizations at the most different levels of development, then among them there must inevitably be some kind of super-civilizations that have not just entered the Cosmos, but have actively populated the vast expanses of the Universe. And the activities of these super-civilizations, including engineering - to change natural environment habitation (in this case, outer space and objects in the zone of influence) - should be noticeable at a distance of many millions of light years.
However, until recently, astronomers have not noticed anything like this. And now - a clear man-made object of galactic proportions. It is possible that the City, discovered by Hubble on Catholic Christmas at the end of the 20th century, turned out to be just such a desired engineering structure of an unknown and very powerful extraterrestrial civilization.
The size of the city is amazing. Not a single celestial object known to us is able to compete with this giant. Our Earth in this City would be just a grain of sand on the dusty side of the cosmic avenue.
Where does this giant move - and does it move at all? Computer analysis of a series of photographs taken from the Hubble showed that the movement of the City generally coincides with the movement of the galaxies surrounding it. That is, with respect to the Earth, everything happens within the framework of the Big Bang theory. The galaxies "scatter", the redshift increases with increasing distance, no deviations from common law not visible.
However, during the three-dimensional modeling of the remote part of the Universe, a startling fact was revealed: it is not a part of the Universe that is moving away from us, but we are moving away from it. Why is the reference point moved to the City? Because it was this foggy speck in the photographs that turned out to be the “center of the Universe” in the computer model. The three-dimensional moving image clearly demonstrated that the galaxies somehow scatter, but precisely from that point of the Universe where the City is located. In other words, all galaxies, including ours, once came out of this very point in space, and it is around the City that the Universe rotates. And therefore, the first idea of the City, as the Abode of God, turned out to be extremely successful and close to the truth.
