There have been so many questions raised by readers on the issue of black holes that we will have an entire page devoted to this, and perhaps even additional ones.Astronomy deals with the issue of black holes in advanced research. By this term such a strange astronomical phenomena is meant where a star having burnt up its nuclear fuel slumps into itself, and in doing so first changes into a neutron star. An incredibly interesting question arises here already. Today all universities teach that elements beyond uranium are unstable, and therefore the last stable element is uranium. |
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He-he! What does an atomic core consist of? Except for hydrogen, which has a nucleus consisting of a proton, all additional atomic cores are made up of protons and neutrons. I purposely avoided the use of the word "consists" because the angel would have found fault with it, since both are very dynamic particles. So these are what make up the nucleus. But then the neutron star can be classified as some sort of nucleus because its made up by only these. Logically, anything is a nucleus in which these components can be found. Is a neutron star thus nothing more than a giant atomic core or a giant atom? It cannot really be called matter in the traditional sense of the word. |
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Direct hit! ... And along the same logic, black holes should be placed in the same category, which are nothing more than such gravitational matter-cemeteries, which are formed during the further increase in mass of the neutron stars. The neuron star can no longer give out light, since the nuclear reaction has shut down in it, and in addition to this, its gravity will increase at an awesome pace. In the course of the hydrogen-to-helium transformational evolution of atoms in a normal star the "excess" light quanta are no longer held back by the nucleus because their combined waveimage defines a new interference pattern. These light quanta fly off in all directions out of the atom. During the generation of atoms with ever increasing atomic numbers, this will continue on in the same way. We can judge very well the amount of surplus energy strained in the inside of an atom by its diameter, which in our case is always light . We may think that as the atomic number increases so do the diameter of atoms, but this is not the case in nature. We cannot even talk about any constants because the atomic diameter shows a strict correlation with temperature, which stems from the very number of light quanta in the atom's vicinity. The wavespace of these are always added to the atoms? "quiescent state-space" and "quiescent state-mass" as well, which of course is anything but quiescent due to dynamism characteristic of each part of the universe. We just wish to see this peaceful state because it would be much easier to take it under scrutiny. |
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Now then, what is up with this black hole then? | |
Can't you see? The neutron star keeps attracting more material mass from the environment and with this its weight is constantly increasing. Later on this of object of increasing mass changes into a real beast and due to the horrid increase of its mass it not only drags its own planetary system to itself, but a few nearby stars fall victim to it too. As a result, its mass increases again by leaps and bounds, because its mass now amounts to 2-3 stars? mass and not the mass of just one star. By now it is starting to threaten even its farther star neighbors and starts sucking up the materials of these as well. When this occurs, the substance moving toward it is exposed to huge friction and torsion forces, so very many light quanta are released. Having reached the neutron star it further increases its mass. |
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This mass increase has an interesting threshold value, from which point onwards the neutron star has such a huge mass that its event horizon closes, and from then on, light can no longer leave. Moreover, the light quantum inevitably has weight according our the former reasoning. That is why a "black hole" will be black. Because it does not give light. Of course, the neutron star is black in its own way, as it is largely made up of neutrons. There are protons and electrons in its external zone, of course, but the interior is so densely packed that it is essentially nucleus-like in nature. A cubic inch of it would weigh many-many tons. |
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Oops! But how far can such a black hole grow? It is huge and yet singularity, because its eventhorizon has closed. It is point-like, that is. It would be useful to stop and think about what might be in the middle of the black hole! |
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Indeed!
This is an important point. What we experience during the colliding of
particles in the accelerator is that when the level of collision energy
goes beyond a certain point these particles which are said to be
elementary break up into further constituents, they fall into pieces. In
other words, the "atomos" the concept of the undivided unit should be
placed much deeper! This, I think, is quite a good warning that we have
all to hastily concluded that we discovered the truly indivisible element
of the universe and we rushed and slapped on the Ancient term. The
timesource, actually, can be regarded as indivisible. It can double, but
will never be half. This is that certain mysterious atomos. I brought up
the accelerator because I wanted to tell you that the protons or neutrons
have such a critical impact velocity, energy, where they fully and
completely fall apart. The cavitation phenomenon is even more important
warning. There, even without any mumbo jumbo or expensive equipment atoms
are destroyed. If water (or any liquid) all of a sudden is lead to a place
where the pressure is four or five atmospheres higher then cavitation
bubbles will be created in it which "eat up" any material . This is
interesting because convection currents most definitely arise in a star
where such a small pressure leap may occur. Let's say, when a current
surfaces.
Can
they not be reflected off the inner wall, because that is also black hole? |
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It
can swallow any matter and grow any big. As long as it has not gobbled up
everything. At this point it can not continue to grow, because there is no
additional external supply for mass increase. If you have several of these,
they can catch each other, grow together with each other, melt into
themselves everything that surrounds them, and thus destroy all the
external objects outside them. Grow together with each other, like cells,
their sphere symmetry becomes cell symmetry, but an interesting phenomenon
arises here also! |
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But
the basic law of genesis still remains valid for the black holes. Inside
the larger and more and more light saturated holes the chance of the
formation of particles of matter is increasing, and the probability in the
center of the system is the most likely, as light density and light
pressure is the highest here. Of course, matter is not some condensed
light, as we can often read nowadays, but the light quanta'sfractal
branching tachyons suddenly undergo such a favorable encounter, which
leads to the birth a material particle - a new symmetry. Thus, in the
center of the black hole matter begins to be born again. Purusa - Prakruti
the Fire and Water time conditions that create the space-time, the six
symmetry of space-time and the divine spirit of Ahamkar. |
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The Ahamkar is material also already
from which then spirits (sattva), light quanta (rajas), and material
particles (tamas) (baryons neutron series) are also developed, branched.
This is central something is the divine spirit. This is no longer only
thespirit (szellem or archaically szellet), they already have material |
A particle (neutron) looks something like this. Always being prepared, but never fully made. This is what the world is all about. This keeps it alive.
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So
does the universe work as well. Those civilizations which invented the
construction and use of galactic and universal spacecraft, move farther
inside again and again into the young central galaxies. The complacent,
lazy, arrogant civilizations get stuck in the middle of guano. This shows
that the illusion of excessive wealth make certain decadent civilizations
fall into such a trap from which they can only climb with the help of its
thinkers. If they are ignored, it becomes hopelessly stuck in the trap of
complecancy or stupidity. |
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ALL RIGHTS RESERVED Š 2007 UNIVERSUM UNIVERSITAS. This
publication was prepared for personal use only. |
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