Henning Lundsgart: “Genesis”

Mit Bezug auf den Beitrag:
Henning Lundsgart: “The Theory of Relativity – a mistake build on wrong precondition
bringe ich nachstehend eine weitere Arbeit von Henning Lundsgart, Dänemark 2005.

Zitat:

Genesis 
The theory of Big Bang has long been accepted of the Vatican and the Churches as the scientific edition of Genesis (The Creation Account), because it all in this way started with Light. As, in the meantime, the theory of Big Bang is not valid within the framework of natural science, it cannot possibly be in the theology. Thus it becomes evident that an alternative is needed.

Maybe the following, that contrary to the Theory of Big Bang is unscientific, could be contemplated. Astronomers and astrophysicists presume that stars are created from nebulas mainly consisting of hydrogen (and a little helium). The energy which made the stars luminous came from an atomar process which transformed hydrogen to helium. All the other elements, of which globes, moons and asteroids etc. consist, was subsequently produced by later processes. So far, so good. But from where came the hydrogen? 

There are two possibilities.  1)  Whether has the hydrogen existed infinitely, and then suddenly started creating a whole universe.  2) Or in the beginning prevailed emptiness everywhere, and out of “this merely nothing” appeared the hydrogen.

Option number one is too absurd. Thus we must look at „this empty void“ from option number two. The consensus is that matter is a form of energy, which incidentally can be transformed to every other forms of energy, radiation, electricity, heat etc. We may imagine, that all energy in the whole universe, before the creation began, has been contained in the quantum field. That is a physical reality invisible and imperceptible present everywhere, also in 100% vacuum, i. e. emptiness without any presence of physical matter.

Following modern physics virtual particles emerge and disappear all the time. It are particles which spontaneous appear and with lightning rapidity disappear again in the vacuum, from where they came. It is all about nucleuses of hydrogen, electrons and other small things. The cause of the emergence is presumably fluctuations in the quantum field, whereby a random emerging knot of energy produce a virtual particle. And the cause of the quick disappearing may be that the particles do not contain energy enough.

When the quantum field originally contained all existing energy, one can easily imagine that some virtual hydrogen nucleuses and electrons have been that rich on energy, that they became quite common particles, hydrogen and helium atoms.

These atoms constitute a nebula, which became more and more dense, and small unevenness in the distribution became, with the aid of the gravitation, bigger and bigger concentrations of gas. Inside each concentration raised the temperature, because the gas was compressed by the forces of gravitation. When large concentrations collide, a further rise of temperature took place because of the impact. At last some concentrations of matter became so big, that pressure and temperature was high enough to start a nuclear reaction, whereby the mass began to be luminous. The birth of the stars was in progress. 

Of single stars spherical clusters of stars came into existence, and of these again globular clusters of spherical clusters of stars, galaxies. In the centres of these arised in the first place a completely chaos of colliding objects.

In some of the centres masses of a sufficient magnitude coming from without could hit the centre mass tangential and get the whole thing rotating. If the centre mass was large enough there could be created something, which could be called a “black cylinder” (not a black whole). One may then imagine that the walls of that cylinder was so heavy that the radiation of gravity from the space – not to any extent – was able to penetrate to the inside of the black object. From the centre was neither radiation nor particles able to get out against the strong field of gravitation. The central parts was pressed together with a huge force resulting in a rise in temperature. The temperature was in advance considerable elevated by nuclear reactions. In the direction of the axis the space functioned more normal. The developed heat which could not escape in radial direction raised the temperature to enormous heights. Those extreme conditions in the centre disintegrateted the matter and send a stream of pure energy out in both directions along the centre line. Out in the free space it was conceivable the two streams (jets) consisted of a mixture of pure radiation energy and particles generated in the energy saturated vacuum. A quasar had come to be.

At a moment that part of the halo, clusters as well as single stars, which was destined for colliding with the centre mass, was used up. Then the centre lump was shrinking on account of the destruction process in the interior of the centre lump. The gravitation would also decrease and the rotating cylinder cease to be black. The whole cooled down and at least the process was stopping. The jets was going out. While the gravitation decreased it was thinkable that the centrifugal force became larger then the gravitational force and the lump would explode. By this the spiral arms were created.

It is obvious, that the plane spiral structure of the spiral arms result from an explosion in the rotating mass. It may furthermore be as obvious, that the content of heavy elements in the spiral arms comes from the exploding lump.

The remaining stars in the halo however form a sphere. Because of their special distribution in the space, they were not predestined for colliding with the centre lump. Thus they did not take part in the explosion and therefore do not contain heavy elements.

(Zitatende)

Lesen Sie bitte hier weiter!

Este Grüße Ekkehard Friebe

Kommentare

Einen eigenen Kommentar schreiben

Hinterlassen Sie eine Antwort

Erlaubter XHTML-Code: <a href="" title=""> <abbr title=""> <acronym title=""> <b> <blockquote cite=""> <cite> <code> <del datetime=""> <em> <i> <q cite=""> <s> <strike> <strong>