Black Holes or Black Energy
Black Holes or Black Energy
Could you please explain, what is the purpose and functions of black holes in the universe?
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Answer : They are there for “universal recycling”. Black holes are the beginning and end of galaxies, suns, planets, etc. They are an important factor in the cycle of becoming, growing and passing away. Billy: Ah, that is accepted and also clear. Now, once again a question that relates to the “black hole” phenomenon. Our astronomical science still isn’t clear as to whether black holes actually exist. Quetzal: About that, I may not explain too much because there is still a fairly long time needed before the astronomical scientists of Earth are in a position to understand these important things. So it will extend into the third millennium before they will be ready to gain the necessary understanding for this and to evaluate it properly. First, they still must attain many other insights through researches, in order to be able to understand everything bit by bit in all contexts. Billy: But in broad terms, you could still deal with it.
Quetzal: Well, but I may not actually explain too much. Also: In every galaxy, a black hole exists at its center. But there are still black holes that have their existence in free space, which are stationary, so to speak, while others wander through free space, as this is also the case with regard to “black clouds,” i.e. dark clouds of matter, which are simply called “dark clouds” by the earthly scientists of astronomy. The so-called “black holes” actually have nothing to do with a hole, for in truth, these concern very coarse-material formations of matter of enormous sizes, which originally result from giant collapsed suns, as well as partially from collapsed galaxies. Such events likewise occur over and over again, at the present time and also in the future, somewhere in the far reaches of the universal matter belt, which is erroneously regarded and designated as the actual and entire Universe by the earthly scientists of astronomy; although, this consists of six other belts, so therefore, there are seven.
But back to black holes: These developed, i.e. resulted, from the collapsing of suns of immense sizes as well as from the collapsing of galaxies, in which a black hole was already present, however. Through a collapsing, the entire mass of the collapsing sun or galaxy is so tremendously strongly pressed together, i.e. compressed, that a small quantity of only 1 cubic centimeter of matter weighs several tons. And so, this compressed matter, of course, also generates a powerful gravitational field, by which tremendous masses of matter are attracted and drawn into the “black hole,” i.e. into the compression-body, by what means this slowly but steadily grows and becomes larger. This growing, of course, also means that the gravitational field continues to become stronger and further-reaching. In your galaxy, which you call the Milky Way, the gravitational field extends far beyond 100,000 light-years in diameter. From this, it can also be recognized that a galaxy first emerges from an existing “black hole.”
Through its gravitational field, it draws, i.e. tears, very far-off nebulae, gases, dust particles, suns, and planets, as well as meteors, comets, and asteroids, etc. into its spell, and then, everything within many light-years of distance begins to rotate around this “black hole,” from which a galaxy is ultimately formed, whose entire mass rotates at tremendous speed – in a bar-shaped, spiral-shaped, or any other form – around the center, even around the “black hole.” During this process, it naturally happens that through the compressed core, i.e. through the “black hole,” the torn-in matter gradually makes the core more and more powerful, and ultimately, it swallows the entire galaxy, which will also happen some day with the Milky Way. Such a process, however, takes hundreds of millions of years and often even billions of years. That is, my friend, what I may explain.
Billy: That’s more than I expected. But you can tell me what happens later, then, with a “black hole.” Somehow, it will, indeed, convert back into something, right? Quetzal: That is correct. Once a critical mass of a “black hole” is reached, it starts to heat up in a resulting internal atomic fire to such an extent that from this, an enormous solar structure develops, which then separates as an enormous flow of matter and explodes, from which new structures, gases, and nebulae, etc. develop again, which ultimately enter into the gravitational field of a “black hole” again, from which a new galaxy then develops.
Contact No. # 218 :
Quetzal: Well, but I may not actually explain too much. So: In every galaxy, a black hole exists at its center. But there are still black holes that have their existence in free space, which are stationary, so to speak, while others wander through free space, as this is also the case with regard to “black clouds,” i.e. dark clouds of matter, which are simply called “dark clouds” by the earthly scientists of astronomy. The so-called “black holes” actually have nothing to do with a hole, for in truth, these concern very coarse-material formations of matter of enormous sizes, which originally result from giant collapsed suns, as well as partially from collapsed galaxies. Such events likewise occur over and over again, at the present time and also in the future, somewhere in the far reaches of the universal matter belt, which is erroneously regarded and designated as the actual and entire Universe by the earthly scientists of astronomy; although, this consists of six other belts, so therefore, there are seven.
But back to black holes: These developed, i.e. resulted, from the collapsing of suns of immense sizes as well as from the collapsing of galaxies, in which a black hole was already present, however. Through a collapsing, the entire mass of the collapsing sun or galaxy is so tremendously strongly pressed together, i.e. compressed, that a small quantity of only 1 cubic centimeter of matter weighs several tons. And so, this compressed matter, of course, also generates a powerful gravitational field, by which tremendous masses of matter are attracted and drawn into the “black hole,” i.e. into the compression-body, by what means this slowly but steadily grows and becomes larger. This growing, of course, also means that the gravitational field continues to become stronger and further-reaching. In your galaxy, which you call the Milky Way, the gravitational field extends far beyond 100,000 light-years in diameter. From this, it can also be recognized that a galaxy first emerges from an existing “black hole.” Through its gravitational field, it draws, i.e. tears, very far-off nebulae, gases, dust particles, suns, and planets, as well as meteors, comets, and asteroids, etc. into its spell, and then, everything within many light-years of distance begins to rotate around this “black hole,” from which a galaxy is ultimately formed, whose entire mass rotates at tremendous speed – in a bar-shaped, spiral-shaped, or any other form – around the center, even around the “black hole.” During this process, it naturally happens that through the compressed core, i.e. through the “black hole,” the torn-in matter gradually makes the core more and more powerful, and ultimately, it swallows the entire galaxy, which will also happen some day with the Milky Way. Such a process, however, takes hundreds of millions of years and often even billions of years. That is, my friend, what I may explain.
Billy: That’s more than I expected. But you can tell me what happens later, then, with a “black hole.” Somehow, it will, indeed, convert back into something, right?
Quetzal: That is correct. Once a critical mass of a “black hole” is reached, it starts to heat up in a resulting internal atomic fire to such an extent that from this, an enormous solar structure develops, which then separates as an enormous flow of matter and explodes, from which new structures, gases, and nebulae, etc. develop again, which ultimately enter into the gravitational field of a “black hole” again, from which a new galaxy then develops.
Billy: Since we’re already at it: as I was able to determine on my great journey with Ptaah and Semjase, very many stars are seen from the Earth, which actually aren’t such, i.e. which aren’t suns, but rather gigantic nebulous formations and galaxies in the depths of space, located at distances that are to be calculated at many tens of thousands or even millions and tens of millions of light-years from the Earth. Not to mention the alleged stars that can’t be seen from the Earth with the eye or with simple telescopes, etc., since they are located billions of light-years away. Many of the so-called “naked eye stars” that are incredibly far away from the Earth truly aren’t such; rather, they are gigantic, radiating nebulous formations or galaxies.
Quetzal: That corresponds to the truth, and in this connection, there can only be talk of those objects that are located at very far distances from the Earth, because from this, there are very many actual solar objects to be seen, which are located at much closer distances.
Billy: My speech also isn’t of these actual suns but just of those very distant objects that are only visible from Earth as so-called stars, but in reality, these are very luminous nebulous formations or galaxies, which exhibit enormous dimensions of dozens or even hundreds of light-years and which exist at distances of many light-years, which must be counted in the dozens, hundreds, thousands, or even millions. GIANT "HOLE" IN THE UNIVERSE In July '95 an international team of astronomers discovered the largest "hole" in the universe so far. Based on information from the European Southern-Star Observatory (ESO), the "hole" appears to be a completely empty expanse, 100 million light-years in diameter. [One light-year is 9,460,528,000,000 kilometers or 5,878,660,000,000 miles]. The scientists have yet to discover an explanation for the "hole's" origin, but it appears definite that some type of matter, in its fine or even finest state, will be found within it, although they are once more claiming -- as they have done so often -- that a total lack of mass is "a given." In the past, evidence has repeatedly been found which suggests that such "holes" or empty regions in the universe are not quite as void as researchers originally claimed, since gases, stars and entire galaxies were suddenly discovered within them, proving they are not void. According to ESO information, "even in former times regions were discovered within the universe which had previously been thought of as devoid of galaxies, stars, and gases. Although they used their best telescopes, astronomers failed to discover anything within these regions." Proof does exist, however, and this has repeatedly forced scientists to revise their hasty statements and assertions (in other fields as well) when stars, gases, even entire galaxies were suddenly discovered within these apparently "empty regions" with the advent of the up-to-date and technically more advanced telescopes after antiquated units proved inadequate.
The gigantic "holes," respectively empty regions, are areas within the vast reaches of the universe's expanse which are extremely remote and, until now, impenetrable to exploration with the available telescopes. In order to probe these distant regions, increasingly sophisticated telescopes will be required -- and they will provide ample proof that these regions of the universe, which are allegedly deviud of mass, do hold matter and are teeming with gases, stars, even galaxies. It is unfortunate that terrestrial scientists tend to remain very stubborn in their points of view and continue to fix the visible universe's (the Material Belt's) limits as the point where their telescopes and other such current astronomical instruments give up the ghost.
That the expanse of space beyond the region they have so far observed is still vastly more distant than anything they have previously discovered, is a fact they can only dream about because of their limited range of vision. Consequently, it is not surprising that they can neither identify nor comprehend the concept of a Material Belt, respectively a Material Universe, which has a diameter of trillions of light-years and that, as a result, the universe is approximately 46 trillion years old. This truth contradicts the opinions of most research astronomers who estimate the universe's age as being a measly 15 billion years, at best. In their obstinacy, these scientists are also presuming that the universe's "empty regions" are truly devoid of anything, and they are disregarding the concept that such regions actually do contain the finest of matter, even though they appear to hold no measurable gases, stars or galaxies.
Such regions do indeed exist in the material universe, and they are certainly not truly empty as the scientists claim. Simply because certain material forms remain undetectable does not imply that different material forms do not exist. Well then, astronomers stating such empty "holes" do not exist in the cosmic "background radiation," the so-called echo of the Big Bang, should re-examine their existing theories about galactic origins. If only they'd listen to reason, they would realize that these empty "holes" are not discernible in this "background radiation" because rays emanating from the adjacent belt of the Material Universe are so compact that these rays act as a continuously, evenly swaying wall which does not allow for empty spaces. Between this compact wall and the actual material universe belt exists a smooth and flowing transition, which is defined as "background radiation." In contrast to the adjacent Radiation Belt, spaces within the "holes" can originate within the outer as well as the inner regions of the Material Belt. These spaces contain very small amounts of material or only fine matter. But scientists on Earth have failed so far to recognize the existence of this fine matter, and they have created the picture or concept of "empty" regions.
Billy: BLACK HOLES In 1915, as part of his General Theory of Relativity, Albert Einstein already taught that black holes could indeed exist, at least in theory. The descriptive term "Black Hole," however, was only coined in 1967 by the American astronomer John Wheeler. From then on black holes were considered a probability. However, astronomers continued to be skeptical about this theory because, among other reasons, black holes had never been observed due to their characteristic ability to swallow all nearby matter and light. One very popular theory states that black holes exist at the center of most bright galaxies. This implies that the Milky Way, our galaxy, has one too -- just as the Pleiadians/Plejarans have explained, and as their closing prophecies affirm.
They state that in the distant future terrestrials will access the energies from the black hole in our Milky Way, and actually make use of them. Because the view from Earth is somewhat obscured by haze, gas, dust clouds and the like, evidence substantiating the existence of our own galaxy's black hole may be very difficult to ascertain. Perhaps even the Hubble Telescope will lack the capability of observing it and, therefore, we may have to wait for other, greatly improved telescopes or, indeed, we may only find out when the first real ventures into outer space take place.
SPACE BULGE Contact 210
Billy: Then to something else: Ptaah made a remark to me that there are not only black holes in space, which pull all matter and all light, etc. into themselves, but that there is also the opposite, that which pushes and hurls away everything that comes within its range by tremendous force. Can you tell me what you call this phenomenon and whether it appears frequently or only sporadically in the vast regions of space?
Quetzal: With what Ptaah explained to you and with what you have addressed, it is all correct. It concerns a closed space bulge, which is similar to a sphere, and it develops tremendous repulsive forces in itself, which act outwardly from the bulge and which reject and repel everything that lies within its range by unimaginable force. The repulsive force vibrations reach out very far into free space, often over billions of kilometers away; although, their strength becomes lower. This means that the repulsive force of the space bulge becomes correspondingly stronger. The ratio can be estimated with a black hole because the same laws apply to such, but only in reverse form.
Billy: So you call the whole thing “space bulge.”
Quetzal: That is correct.
Billy: Nevertheless, let’s leave this, Quetzal, and talk about something else. Tell me: if I remember correctly, you told me some time ago that there are different so-called black holes, and these would vary from small to enormous. I talked with a visitor about the black hole of our galaxy and was then asked how big the actual core of the black hole of our galaxy, i.e. our Milky Way, is. This one specifically asked about the actual core and not about the total extent or total size. So I gave the answer, which I had recalled in accordance with your explanation, that the diameter amounts to 17 light hours. One told me that this probably had to be a mistake because black holes, if these should actually exist, would have to be much bigger and would comprise light years. But the black hole of our galaxy, as you said, comprises only 17 light hours in the core, while only the outer and radiating area is to be measured in light years.
Quetzal: Your answer was correct Contact No. 251 The time will come when further powerful changes take place within the SOL system as the Sun's nuclear fusions decrease. Indeed, the entire gravity field will not only become unmanageable and changed, but large-scale climatic changes will become the daily norm. These occurrences will inspire scientists to record performances because they will wish to find methods to counteract the Sun's negative consequences. These consequences will manifest themselves far sooner than anticipated in fact, and contradict millennia-old, erroneous scientific assumptions. Only then will people correctly realize that the Sun is a dying celestial body and that, subsequently, the end of the SOL system will herewith be predetermined already. Nonetheless, the Sun will continue to exist another billion years, but by then it will be a dead star that will, ultimately, be swallowed up and destroyed by a Black Hole.
Therefore, scientists will begin performing at feverish rates. In the process they will discover that the base for pi was miscalculated. By eliminating the error in pi, and correcting future computations based on pi, scientists and their amazing, highly developed technology will have the capability to make unimaginable energies accessible to the people of Earth. This will be accomplished through the terrestrials' diversion and utilization of energies from Black Holes from within the Milky Way system. Scientists at this time, though, will still be unable to travel to the center of our galaxy to tap the existing Black Hole in that region. Still, it will be unnecessary to go to the center of our galaxy, at least at that particular time, for nearby objects will produce sufficient energy to serve Earth's needs.
This new energy source, in fact, the energy type itself, will enable terrestrials to develop new forms of space travel. In the wake and expansion of these developments, a travel and transportation factor becomes reality which, prior to 1995 and long into the future, had been called fantasy: Time travel. This discovery/invention, in turn, will enable Man to travel into both the past and the future, and as well into the vastness of the Universe, something that was hitherto impossible. In the aftermath of these events new human life forms will be discovered, without doubt, and humans of Earth will learn unfathomable information from these extraterrestrials, for these ETs will possess remarkably greater intelligence than the terrestrials.
Contact 223
Billy: Thanks. And since we’re already at it, I would like to come to speak again on the black hole of our Milky Way, of which we spoke – if I remember correctly – on the 30th of May, 1987. By its attractive force, we don’t simply fly with our SOL system uncontrollably out into space but rather are somehow still held within the Milky Way. There are, indeed, black holes in every galaxy, as you explained, which Semjase and Ptaah already said, but in addition to these, there are still the “black wanderers,” like those of the kind that the Tages-Anzeiger, Zürich, Thursday, January 30, 2003 calls black holes, which drift through the cosmos. Ptaah also said that in this regard, there would be two types, precisely the black holes that drift wildly through the Universe and then the others that are galaxy-bound and, thus, draw a certain course in or through a galaxy and its surroundings. And all black holes have an attractive force that depends on size and that reaches up to hundreds or even millions of light years away. And here, I would now like to ask if also with or in our galaxy, such a “wandering black hole” exists, a “galaxy-wandering black hole,” so to speak, if I may name this thing in such a way?
Quetzal: That is a good designation, which I will include in my vocabulary. Yes, there actually is such a “black wanderer” or “wandering black hole” in the realm of your galaxy. Nevertheless, it is a smaller structure than what the actual central black hole of the Milky Way is. But still, it is very remarkable and draws an extensive course through the galaxy, and to be sure, at around 6,400 light years of distance from the actual center of the Milky Way.
excerpt Contact 224 Billy: Yes, that will probably be good. Then I would like to ask the following: Semjase once said that there are sometimes very powerful convulsions in the Universe that are released by black holes. What explanation lies behind this?
36 -Quetzal: It concerns space-time convulsions, which we also call space-time quakes. These occur when two black holes collide and merge with one another.
Billy: You mean that when two black holes collide and merge with one another, then structural quakes will result in the levels of space and time or even structural convulsions, if I understand that correctly?
Quetzal: That is correct.
Billy: On my Great Journey, I was with Ptaah and Semjase in a galaxy about 10 million light years away from the Earth, which was named to me as Centaurus A. In addition, if I remember correctly, this should be the next active galaxy from the SOL system. In its center is a tremendously massive black hole, about which I have, unfortunately, forgotten what Ptaah explained, in terms of the solar masses that exist in this structure, whereby solar masses are calculated in accordance with our SOL. Do you know anything about this?
Quetzal: That falls into my knowledge. The center of the GALAXY Centaurus A, as it will be designated in earthly astronomy, actually consists of a super-massive black hole, which has a size or attractive force of 1.35 billion solar masses.
Billy: Then the following: Ptaah explained a few things to me about the so-called dumbbell sun systems, dumbbell galaxies, dumbbell planetary systems, and dumbbell black holes – cosmic structures, etc. that are so close together that they mutually exchange energies and allow their forces to work against each other. During Ptaah’s explanations, I forgot to ask if these structures arise in each case together or individually and then simply approach each other over time, in order then, sooner or later, to collide into one another or rush into each other and merge or even fuse, as you say.
Quetzal: Both possibilities exist.
Billy: Good. Ptaah said that every black hole is constituted in accordance with a galaxy, which probably means that a black hole is given in accordance with the size of the galaxy. Thus, a small galaxy would have a smaller black hole, and a larger galaxy would have a larger one.
Quetzal: That is correct. The mightier a galaxy is, the more massive and more extensive is the black hole. Black holes – even the non-galactic ones – don’t arise from scratch, however, because they only grow and develop together with the surrounding matter, so in one case, together with the galaxy, and in the other case, when rogue solar structures collapse and then move through the cosmos as wandering black holes, if I may so explain it.
Billy: You may, of course. The center of the black hole of our Milky Way, also according to Ptaah’s explanation, is located about 35,000 light years away from the SOL system in the constellation of Sagittarius, while we are located with our solar system far outside in the so-called Orion spiral arm. Nevertheless, we are not entirely outside of this because until the very outside, even to the last gases of our galaxy, there is still a whole series of light years, which must be calculated at around 20,000, but this isn’t known to our astronomical scientists. Overall, our Milky Way is, at the greatest distance, about 110,000 light years in diameter, while our scientists, however, only speak of about 60,000 light years. But now to this: to my knowledge, the Earth rushes at a speed of 28.8 kilometers per second around the Sun; however, the innermost stars in our Milky Way, which orbit at a far distance around the black hole, must accordingly have a higher speed, right? The Earth is, indeed, a small planet and revolves around our relatively small sun at a great distance of about 150 million kilometers.
Quetzal: Your remarks are correct. And to your question, I would like to say the following: The innermost stars of your galaxy, the Milky Way, are orbiting the black hole at very high speed, which steadily increases, the closer the stars approach the black hole. The inner suns and gases, etc., which are inclined toward the black hole, travel at far more than 1,000 kilometers per second, and these, when they enter the innermost region, still double and triple their speed.
Billy: And the black hole of our Milky Way is approximately how many solar masses? And is the center sort of loose or compact and, thus, massive? Quetzal: It is a compact and, thus, massive center, which has an attractive force of around 3.41 million suns. Billy: And, will each sun one day become a black hole?
Quetzal: Normally, every massive star turns into a black hole at the end of its existence. Normally; for there are still other possibilities, like that a star or a sun explodes in such a way that a complete radiation, a gasification, or a fragmentation takes place, by what means all matter is ejected into space. But this fact will still remain hidden from the scientists of the Earth for a long time.
Billy: It’s also likely that the magnetic bands of the black holes, in accordance with their enormousness, rush out up to several million light years into space, like even with certain black holes’ suction arms that fish several light years through space and tear matter into themselves, and indeed, even loose surface material of planets, as this happened with Venus via the spiral arm of the wandering black hole that moved through M87? And how does it stand, actually, with the black hole that rushes through the region at about six to seven thousand light years away from our SOL System, or more precisely, outside of this in the outer spiral area? This is, indeed, a wanderer that arose from an enormous collapsed sun. Did this wanderer arise in our galaxy or outside of it? This probably has nothing to do with the other black hole that cruises around within the Milky Way, about 6,000 light years away from the black hole of the center of the galaxy.
Quetzal: Before these insights become won, a very long time should still pass. 54. The black hole that moves as a wanderer through space, far beyond your SOL system at about 6,000 light years of distance, does actually come from a large star formation of your galaxy and, thus, is not a foreign object from a foreign galaxy.
Billy: Still another question: can the tremendous speeds actually be measured from our Earth, which are generated by black holes in the innermost, inner, and outer rotations? Is or will this be possible for the earthly astrophysical scientists?
Quetzal: Certainly. Especially in the coming time, they will gain great experiences with this and will win very many new insights. But now, we should not discuss such concerns further, and indeed, also because we should not or may not mention them openly any more.
excerpt Contact 228
Billy: And how, then, do these stars in the transformation belt come into being, if I may ask?
Quetzal: 83. That does not fall under our secrecy provisions. The new material which comes into being through the renewal, respectively, through the transformation, condenses under the enormous universal gravity and in this way it forms - by way of a compression of the mass - a stellar body which becomes more dense and develops a tremendously hot life of its own.
Billy: Easily said, but surely a process which takes many millions of years. But, with that, I am already at my next question: is it possible to make a determination about the material mass in our visible material universe if one completely excludes the other six belts?
Quetzal : It would be unscientific and arrogant to want to do this, because the entire expanse of our universe is so big and involved in a continuous transformation, that a precise calculation is impossible. Besides, our universe - as naturally also every other - consists not only of coarse-matter material, rather also of pure energies, of which one is black energy, as we call it, and is responsible for a certain form of anti-gravity in the material universe and, according to estimates, constitutes three fifths of all universal energies. Matter must also be visible in various forms, so dark matter, on one hand, directs the visible and tangible matter which, very meagre, is calculated at circa point five fifths of the galaxies, while, on the other hand, the dark matter yet amounts to one point five fifths. However, as stated, these data are only based on assumptions and calculations based on estimations, which, as a result of the visible, material universe's continuous transformation, are not constant, rather they are extremely changeable. To want to name precise results would therefore be nonsensical and arrogant and laughable as well, because precise computations cannot be made because of the universe's continuous change.
Billy: One could indeed say with justification that our universe's material belt is essentially governed by black energy - or ? Quetzal 90. That is of correctness. In addition to this “black wanderer,” there are still some other wandering black holes in the nearer and further surroundings of the galaxy, one of which, from time to time, also exerts a determining influence on the planet Venus of the SOL system