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Russian Scientists Published This Paper in the 70s: ‘Is the Moon the Creation of Alien Intelligence?’


Is the Moon the Creation of Alien Intelligence?

The following is a paper published in the eminent Soviet Journal ‘SPUTNIK’ by Russian scientists Mikhail Vasin and Alexander Shcherbakov in the 1970s.

Although people long ago began to wonder whether the “canals” on Mars were the creation of cosmic engineers, for some odd reason it has not occurred to look with the same eyes upon the peculiarities of the lunar landscape much closer at hand.

And all the arguments about the possibilities of intelligent life existing on other celestial bodies have been confined to the idea that other civilizations must necessarily live on the surface of a planet, and that the interior as a habitat is out of the question.

Abandoning the traditional paths of “common sense”, we have plunged into what may at first sight seem to be unbridled and irresponsible fantasy.

But the more minutely we go into all the information gathered by man about the Moon, the more we are convinced that there is not a single fact to rule out our supposition.

Not only that, but many things so far considered to be lunar enigmas are explainable in the light of this new hypothesis.


The origin of the Moon is one of the most complicated problems of cosmogony. So far there have been basically three hypotheses under discussion.

HYPOTHESIS I: The Moon was once a part of the Earth and broke away from it. This has now been refuted by the evidence.

HYPOTHESIS II: The Moon was formed independently from the same cloud of dust and gas as the Earth, and immediately became the Earth’s natural satellite.

But then why is there such a big difference between the specific gravity of the Moon (3.33 grams per cubic centimeter) and that of the Earth (5.5 gr.)?

Furthermore, according to the latest information (analysis of samples brought back by the U.S. Apollo astronauts) lunar rock is not of the same composition as the Earth’s.

HYPOTHESIS III: The Moon came into being separately, and, moreover, far from the Earth (perhaps even outside the Solar system).

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The “Orion” Nebula


A 212-Hour Exposure of “Orion” Nebula.. 
Image Credit: Stanislav Volskiy. Rollover Annotation: Judy Schmidt (

The constellation of Orion is much more than three stars in a row. It is a direction in space that is rich with impressive nebulas. To better appreciate this well-known swath of sky, an extremely long exposure was taken over many clear nights in 2013 and 2014. After 212 hours of camera time and an additional year of processing, the featured 1400-exposure collage spanning over 40 times the angular diameter of the Moon emerged. Of the many interesting details that have become visible, one that particularly draws the eye is Barnard’s Loop, the bright red circular filament arcing down from the middle. The Rosette Nebula is not the giant red nebula near the top of the image — that is a larger but lesser known nebula known as Lambda Orionis. The Rosette Nebula is visible, though: it is the red and white nebula on the upper left. The bright orange star just above the frame center is Betelgeuse, while the bright blue star on the lower right is Rigel. Other famous nebulas visible include the Witch Head Nebula, the Flame Nebula, the Fox Fur Nebula, and, if you know just where to look, the comparatively small Horsehead Nebula. About those famous three stars that cross the belt of Orion the Hunter — in this busy frame they can be hard to locate, but a discerning eye will find them just below and to the right of the image center.


Another image of the “Orion” Nebula from farther away. Image Credit: Terry Hancock (

The “Witch Head”Nebula


Photo Credit: Jeff Signorelli (

Double, double toil and trouble; Fire burn, and cauldron bubble …. maybe Macbeth should have consulted the Witch Head Nebula. A frighteningly shaped reflection nebula, this cosmic crone is approximately 800 light-years from Earth. Its malevolent visage seems to glare toward nearby bright star Rigel in Orion, just off the right edge of this frame. Formally known as IC 2118, the nebula’s interstellar cloud of dust and gas is nearly 70 light-years across—its dust grains reflecting Rigel’s light. In this composite portrait, the nebula’s color is caused not only by the star’s intense bluish light but because the dust grains scatter blue light more efficiently than red. The same physical process causes Earth’s daytime sky to appear blue, although the scatterers in planet Earth’s atmosphere are molecules of nitrogen and oxygen.

M31 versus M33: Although they look far apart, M31 and M33 are engaged in a gravitational struggle…


Separated by about 14 degrees (28 Full Moons) in planet Earth’s sky, spiral galaxies M31 at left, and M33 are both large members of the Local Group, along with our own Milky Way galaxy. This narrow- and wide-angle, multi-camera composite finds details of spiral structure in both, while the massive neighboring galaxies seem to be balanced in starry fields either side of bright Mirach, beta star in the constellation Andromeda. Mirach is just 200 light-years from the Sun. But M31, the Andromeda Galaxy, is really 2.5 million light-years distant and M33, the Triangulum Galaxy, is also about 3 million light years away. Although they look far apart, M31 and M33 are engaged in a gravitational struggle. In fact, radio astronomers have found indications of a bridge of neutral hydrogen gas that could connect the two, evidence of a closer encounter in the past. Based on measurements, gravitational simulations currently predict that the Milky Way, M31, and M33 will all undergo mutual close encounters and potentially mergers, billions of years in the future. Image Credit: Malcolm Park (North York Astronomical Association).