back to The Reality of Extraterrestrial Presence in Our Solar System, Past and Present
It is time for humanity to understand that they are not the only intelligent species in the universe. Intelligent and spiritually and/or technologically advanced beings have not only been on Earth before the rise of humanity, but humanoid civilizations have existed in our own solar system long time ago. They came to an end when the fifth planet in our solar system exploded, causing havoc among the planets and moons. In this article we will take this event as a starting point to show you that it indeed happened, and that today we still can see the signs of it. One wonders where these races went to after the destruction.
Contents of this page:
A Planet Blown Apart by Intelligent Beings
Signs of a Tremendous Explosion in the Solar System
For some people it is already a stretch to believe that there has been a high advanced world wide human civilization on Earth many thousands of years ago, although the remnants of that civilization are still clearly visible. It might even more difficult to believe that our solar system once was inhabited by intelligent humanoid beings even before humanity started its beginnings on planet Earth. However we are discovering more and more evidence that this was indeed the case. One part of this evidence is the distant event of a former fifth planet that exploded, most likely by artificial means. This article is meant to give you idea that this did indeed happen, and I hope it will extend your consciousness to a much larger picture of intelligent life in the universe, not only far away, but right here in our own cosmic backyard.
We all have been led to believe that we live in a peaceful universe, and that we are the only intelligent beings in there. You can read my other articles to get an idea that the universe is teaming with intelligent life that is traveling around in faster than light spaceships for billions of years. In this article we are having a look at our own solar system, which shows many signs of a violent past. At one time our solar system had three planets, and some moons, which were inhabited by intelligent beings. They had civilizations, and wars. Many eons have gone by, and information about this epoch is very scarce. But even today there are visible signs that the natural order and peace of the revolving heavenly bodies was once upset in a rather violent and profound way. We have some psychic sources that, although sometimes conflicting, tells us that one planet between Mars and Jupiter exploded by the misuse of technology, or by accident, or by war.
But there is also scientific data of anomalous characteristics of the planets and moons. And, we are getting ever more photographic proof, from NASA's many space probes, that some of the planets and moons have artificial structures on their surfaces. We are just starting to discover all this, and thus the evidence and information is slowly building up. What we already discovered is intriguing enough to start thinking about the larger picture, because after all we are in the middle of it.
To understand the the visible signs of a tremendous disturbance in our solar system, we first have to go trough some basic concepts.
Around 5 billion years ago, a molecular cloud in space collapsed and formed dense objects, forming our solar system. There are different theories about how our solar system formed and how the planets came about. But basically, all the chemical substances were swirling around in a rather flat plane, called the invariable plane (of a solar system). This plane is perpendicular to the rotational axis of the sun.
The four smaller inner planets, Mercury, Venus, Earth and Mars, also called the terrestrial planets, are primarily composed of rock and metal. The four outer planets, the gas giants, are substantially more massive than the terrestrials. The two largest, Jupiter and Saturn, are composed mainly of hydrogen and helium; the two outermost planets, Uranus and Neptune, are composed largely of ices, such as water, ammonia and methane, and are often referred to separately as "ice giants". Then we have Pluto, which is a dwarf planet consisting of rock and ice.
A planets moves in an elliptical orbit around the sun. Its movement is also in a flat plane, which ideally would be the same as the ecliptic plane, but in reality it deviates a little, and thus we call it with a different name: the orbital plane. In the following illustration you can that Pluto has a large angle between the orbital plane and the invariable plane.
When a planet moves around the sun in its orbital plane, its rotational axis is ideally perpendicular to the orbital plane. But in reality it can vary slightly. The degree to which is varies is called the axial tilt. In a perfect solar system it should be near zero.
As all planets and the sun have gravitational fields, they should be positioned in a distance from the sun according to a mathematical formula. But no formula have been found that explains the distance (from the sun) of all planets. Something seems to have thrown off the balance of the solar system. One obvious anomaly in the solar system is the missing planet between Mars and Jupiter, where instead there is an asteroid belt. Half the mass of the belt is contained in four large asteroids, the rest is contained in numerous irregularly shaped bodies called asteroids. The scientific theory is that at this distance, a planet never formed out of the primal elements that were circling the sun at the beginning of the formation of the solar system. However, if a planet exploded, much of the debris would have flown in all directions and would not have accumulated in the asteroid belt.
It is very unlikely that a planet would have exploded due to an impact by another celestial body, or by an internal explosion, because the energy required for such an event would be too high. An explosion by artificial means is not entertained by scientists because they don't believe in extraterrestrial civilizations.
As I have explained in my other articles, it is ridiculous to assume that we are the only intelligent beings in this vast universe. The universe is 15 billions of years old. Of course, there are numerous intelligent beings out there who have been evolving during all those billions of years. It is not a stretch at all to assume that some of them have visited our solar system from in its beginning. From spiritual, psychic and related sources we know that Mars was a fertile planet millions of years ago, and harbored intelligent beings. Earth too, has known intelligent life long before mankind arose. And there are sources that speak of a planet, between Mars and Jupiter, which was inhabited by intelligent beings. All three planets and civilizations that, at one time, were at odds with each other, and a war broke out resulting in the destruction of a planet. In channeled sources this previous fifth planet is usually called Maldek. I consider all the channeled info about Maldek as untrue, because channeled information is in general not trust worthy. However I personally think that intelligent beings (non-humans) were inhabiting this solar system long time ago, and that the explosion of the fifth planet was an artificial event. We are discovering the signs of both these ancient civilizations and the explosion, both we will probably never known what is was all about, until we are starting to go many of the heavenly bodies and examine the remains (ruins and technology) of these civilizations. These do exist. if you want to know more about this, look it up on the internet. A good site to visit is The Enterprise Mission .
I would like to point out the writings of Jan-Anton van Hoek, Meetings in Ancient Spaces, as a possible account of the civilization that existed on the former fifth planet. I have met van Hoek personally, and asked him if the civilization he describes (from his own memories and visions) was on the former fifth planet. He said he didn't know. he wasn't really interested in finding out. I think it might well be, as the civilization he described destroyed their planet, and the survivors came to Earth in their spaceships. I assume that if one needs to move because of a catastrophe, one would go to the nearest habitable place. Therefore I think it is likely that the civilization he describes was in our own solar system. That civilization was technologically advanced, and also had spaceships used for travel from and to the planet. It was their own corruption and internal wars that caused the planet to explode.
The consequences of an exploded planet would severely upset the balance in the solar system. Although psychic information is not accepted by scientists, the solar system shows many physical signs of just such a violent explosion. Some of the planets orbital axis have been tilted by many degrees. Almost all planets and moon show visible signs of heavy bombardment by meteorites. Of course, it depends if a planet was present in the proximity of the exploding planet, or not. Some surfaces of moons are blackened by the blast wave of debris.
There is more evidence than what I here present that points to a planetary explosion, but these details are too scientific and technical for the common reader. I am presenting here data that is easy to understand.
a large iron core and thin crust. One theory is that Mercury was once
hit by a large cosmic body that stripped away most of its crust. Another
theory is that the surface material vaporized when the sun was still
very hot at the beginning of the solar system's formation. Aside from
that, Mercury, like other planetary bodies and moons, is heavily cratered,
showing that our solar systems once had a heavy bombardment of a lot
of meteorites. Where did these meteorites came from? Mercury, being
far away from the former fifth planet has the smallest axial tilt. In
other words its axial tilt was not affected by the explosion, as it
was the case with other planets.
Mercury has a high orbital eccentricity, meaning that it path around the Sun is much more elliptical than the other planet, what is indicative for a recent orbit around the Sun. in other worlds, Mercury might have been a moon from another planet, and it might have been flung into this close orbit to the Sun by some big catastrophe in the solar system. The only other body that has a high orbital eccentricity is Mars, which shows many signs of having been a moon around another planet.
a retrograde rotation. All the planets of the solar system orbit in
a counter-clockwise direction as viewed from above the Sun's north pole:
most planets also rotate counter-clockwise but Venus rotates clockwise.
On top of that its rotation speed is very slow; it is actually the slowest
of the all planets. A Venus day is equal to 116.75 Earth days.
Some powerful event made Venus both move in the opposite rotation, and also rotate around its axis very slow.
Venus has another peculiar characteristic. Although most of the heavenly bodies show a massive amount of craters on their surface, due to a past meteorite wave event, Venus' surface does not show any large meteorite bombardment. All the impact craters that are present are young craters. This suggests that in the distant past Venus resurfaced its entire surface. Extensive volcanism with its resulting lava flows wiped out any traces of previous craters many millions of years ago. Something big set of a tremendous volcanic activity over the entire surface of Venus.
an axial tilt of 23.4 degrees. earth also has a lot of impact craters,
some of them very large, but most of them have been eroded by time,
or overgrown by vegetation.
Earth has a peculiar iridium anomaly, which is an unusual abundance of the chemical element iridium in a thin band of sedimentation that was deposited at the Cretaceous period-Tertiary period boundary (K-T boundary) 65 million years ago. It coincides with the extinction of the dinosaurs and 70% of all other life forms.
Other than in this layer, iridium is a very rare element on Earth. It is generally accepted that this marks a large impact event of meteorites on Earth at that time. Therefore it is believed by some scientist who accept the exploding planet theory, that Earth was impacted by the debris of the former fifth planet when it exploded 65 million years ago.
Mars is a smaller planet the Earth, its atmosphere is extremely thin.
Atmospheric pressure on the surface is about 1% that of Earth. We now
know that Mars once had vast oceans, and rivers. That is only possible
with a much denser atmosphere. If mars was close to the exploding planet,
the blast wave might have stripped away much of its atmosphere. It might
have even been a moon around the former fifth planet, as Mars is a small
body, only one ninth as massive as Earth. If this was the case, it would
explain that Mars has a large orbital eccentricity, that is, it s orbit
around the Sun is much more elliptical than the other planets. That
would happen if Mars went into orbit around the Sun relatively recent.
Its 'moons', Phobos and Deimos do not fit the profile for moons, as they are not circular in form. The origin of them is uncertain. They seem to be captured asteroids. Phobos has an unstable orbit what would point to a recent capture. Both has circular orbits around Mars, very near the equator, what is highly unusual.
Its axial tilt is 25 degrees, which is significant.
The northern hemisphere is rather flat and covered with lava fields, while the southern hemisphere is cratered by impacts. It is rather unusual that only one hemisphere was hit by meteorites, but it can be explained that a blast wave of fragments came by fast and thus hit only one side of Mars.
Another unusual feature is the enormous Grand Canyon extends across one-fifth the circumference of Mars.
Mars also shows clear signs of massive flooding (at the time when Mars had abundant water). A real big event must have trigger this.
We all have become familiar with the reddish tint of the Martian surface because of the high amount of iron on the surface. But it also contains a high amount of sulfur. The high amount of iron is strange because during the formation of planets, heavy elements, like iron sink to the center of the forming planet, eventually forming its iron core. But if Mars was close to an exploding planet, part of the iron core of this exploding planet would have been raining down on the surface of Mars. That would also explain the high amount of sulfur because iron is usually found in its form of FeS (iron sulfide, or Troilite) in the core of planets.
The atmosphere of Mars has a large amount of Xenon 129, an isotope of the noble gas Xenon, which is a byproduct from nuclear reactions, as for example with high energetic cosmic explosions. If Mars was close to the exploding planet it would have absorbed a lot of this Xenon isotope.
largest of the two 'moons' around Mars is a small body, with a mean
radius of 11.1 km (6.9 mi). It actually does not qualify for a moon
because of its very irregular shape. It is the closest to its planet
of all the moons, and it revolves so rapidly that it moves around Mars
faster than mars revolves around itself. Phobos is heavily cratered,
and might have been very close to the exploded planet. From a scientific
point of view, the origin of Phobos is controversial, as they do not
know where it came from.
Its density is too low to be solid rock. Thus, scientist believe that it is highly porous. Richard Hoagland came up with the idea that Phobos might be hollow, and even be artificial, a kind of space ship. Not necessarily constructed, but hollowed out. It is indeed intriguing that the high resolution pictures, taken by the Mars Express space probe in 2010, show that its surface is riddled with many, many parallel lines crossing each other at 90 degrees.
|Jupiter also has a small axial tilt: 1.31 degrees, and does not seem to have been impacted.|
Iapetus is the third moon of Jupiter. It is quite an interesting body. Its has an equatorial ridge that runs in a straight line over its surface for about half the circumference of the moon, about 1300 km long. It is 20 km wide and 13 km high. It follows the equatorial most perfectly. There are segments that show three parallel ridges.
Iapetus looks like two giants hemispheres were welded together. It might be that it is artificial, like some other moons and asteroids, but this beyond the scope of this article.
Iapetus has also the most inclined orbital plane of the regular satellites of Jupiter (15.47° to Saturn's equator). This is very unusual.
Iapetus must have been in close proximity to the exploding planet, and/or in the path of an intense debris wave because the whole of Iapetus is heavily cratered, and it has large impact basins in the dark region, at least five of which are over 350 km wide. Another sign that it has been in the debris wave, is a big dark splat on its surface:
quite interesting because its rotational axis is tilted sideways, nearly
into the plane of its revolution about the Sun. It's 97.77 degrees.
Uranus must have been close to the former fifth planet when it exploded.
Even scientist speculate that the tilt happened because of an impact
with a large celestial body.
Its moons have a different composition than those of Jupiter. They are more rocky, while they should have more ice. Uranus has only five small moons.
a moon of Uranus, is quite interesting, Miranda's surface has patchwork
regions of broken terrain. It has huge canyons, a patchwork of broken
terrain and grooved structures. It really looks like a moon that was
blasted apart and then came back together at odd angles and mismatched.
Mimas, another moon of Uranus, has an enormous crater, and must have been hit by a large meteorite:
axial tilt is 28.32 degrees.
Its moon Triton is very large and it has a retrograde orbit, indicating that it was captured rather than forming in place.