I don't know whether we can understand the observable universe as an average of innumerable and different situations. Particular entropy within the fold of space-time may or may not be repetitive or symmetrical. In the case time sensitive repetitions of particle entropy is missing, then why did Big Bang happen? If there was nothing before Big Bang, then what is meant by that 'nothing' ... Should we call it infinitely void (zero), or should we call it the absolute finite (indivisible singularity)? We can't divide zero, but we can divide 'one' into fractions. In that case, before Big Bang, was there a lone situational semantic of zero or unity? I feel all of these questions can be answered if we go to 5 dimensions ... length, breadth, depth, time, and temperature. Neither more, nor less.
Hi Preston.
I have similar doubts and propose a further reduction.
A dipolar universe would permit a dark, cold, negative force and simultaneously permit a light, hot, positive force in opposition with matter inbetween.
I propose length width and height are each interchangeable from the point of gravity and therefore not separate dimensions, but only one of volume (mass). This gets us back to 3 dimensions. Cold, hot and mass.
In addition, time and space are each endless points of measure and not real in any dimensional form.
Dear Arghya,
The Big Bang is the explosion of the Black Hole. The enormous pressure inside any Black Hole destroys the structure of the field and matter. The substance enters another phase state - the anti-gravity Pre-matter. A White Hole occurs inside a Black Hole. She seeks to blow a Black Hhole from the inside. Most often, Pre-matter relieves pressure in the form of jets. This is just "Small Bang."
Figures are taken from the book "Electromagnetic Gravity. Part 1" in my profile.
Yours
Valeriy Pakulin
Something like "the big bang" simply is "star fuel-reproduction". It's needed to avoid eternal darkness in the universe.
But it is not necessarily accompanied by shrinking and expansion of the whole universe to/from a point. The big bang can be a simultaneous explosion of all black holes in the universe triggered by global gravitational impact.
In order to understand global gravitational impact, we need to understand that the energy density associated to a gravitational field is negative! A very strong gravitational field contains a very high density of negative energy. We cannot exclude that the energy density associated to zero gravity finally has an impact on stability conditions within regions of extreme gravity.
There are indications (red shift) that global gravity, responsible for space curvature, is also capable to absorb kinetic- and radiation energy. By energy absorption, the global gravity becomes weakened (like the normal gravity).
Global gravitational impact then means, that as soon as a certain strength limit is undercut, all black holes in the whole universe become unstable.
The scenario of a dislodged big bang in a curved closed universe, allows an eternal sequence of renewal cycles without any loss. It is even possible that an extremely high developed race finally is able to survive such a renewal cycle.
Interesting and attracting explanations and also the question on Big Bang theory. Thank you all Sirs/Profs/Scientists.
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