Abstract
The fundamental and always resurrecting question of mankind, how this universe could ever have started its existence, is answered by most cosmologists with the standard dogmatic answer: By the Big-Bang! - that initial explosion of the world matter system! Perhaps this standard paradigm of a general and global explosion creating the world, especially in these days of wars and weapons all around, seems to be highly suggestive. Nevertheless such an event unexpectedly turns out to be extremely hard to explain as based on purely physical grounds. It indeed seems easy to imagine a granate explosion causing matter to fly apart in all directions, but it is extremely hard to explain which pressures might be responsible to drive the initially highly compacted cosmic matter apart of eachother. If the explosion forces are imagined as due to pressure forces then these pressures cannot be due to extremely high temperatures of matter, because relativistically hot matter will be just an additional source of gravity, hence just impeding matter to fly apart. As we shall show in the following article the explosive BB- event can only physically be explained, if the necessary pressure is not manifested by the gravitating matter, but by the cosmic vacuum. In fact without the cosmic vacuuum pressure, the so-called Big-Bang never could have happened. Vacuum pressure, however, up to the present days of cosmology, still is a fully speculative subject, but it will become evident in the following article, that without this highly speculative quantity there could not have happened a Big-Bang at all.
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More From: Advances in Theoretical & Computational Physics
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