Imagine a local universe as a constituent of a "greater universe" a closed system, its internal function intrinsically is thermal administration.
Science has shown beyond a reasonable doubt that our universe did in fact have a beginning.
In reference to the Big Bang, this theory additionally posits reasonable effort to explain what happens to any minor universe at its origin..
Essentially a Big Bang is inflationary but the greater universe did not originate with a big bang.
The Many Bang theory exhibits a regeneration and distribution of matter in all minor universes as constituents of the greater universe, precisely what we should expect from continuous "big bang" eruptions.
If one could view from a perspective point the greater universe, it would appear effervescent in relation as to what we observer as a chaotic existence. Each big bang eruption is responsible for numerous fragments, soon after super inflation. these hot masses will eventually form future planets, stars, galaxies, clusters and all the lesser matter.
Each time a big bang occurs, matter fragments are cast out omni-directional. Over time* fresh black holes are created, re-coalesce the fundamental particles,planets,stars, galaxies, the result of this course, a new Big Bang.
Essentially when we refer to big bangs, we are referring to eruptions in a local universe a sector of a Greater Universe. The inflation theory states basically, all of the matter in this particular sector was already present, and attempts to explain, how and what drove this sector into a period of chaos and hasty expansion.
This hypothesis extrapolates that the Big Bang can not be the origin of the greater universe but that black holes are one cause for perpetual contraction and expansion in "minor universes".
The big bang undergoes a number of stages, immediately after critical mass is breached. The black hole fractures into a number of large fragments, casting them randomly omni-directional.
The second phase breach repeats this process, each chunk fragmenting, casting smaller fragments every whichway.
This is repeated numerous times, eventually coalescent influence is sufficiently weakened, exploding these fragments, unleashing enormous thermal expansion and releasing what once were stars, galaxies and clusters of galaxies.
At that moment this "local sector" is chaos, confusion, fundamental particles and super high temperatures.
What kept these fragments in a critical state?
A thick outer crust of negative and neutral fmp envelop each critical mass fragment. This crust empowers these fragments the opportunity to penetrate deeper into space before they super inflate. We should note the gigantic sizes of these fragments, each containing many millions of galaxies. Some of these fragments may range a light year in diameter. With each additional stage lesser fragments and weaker external pressure will influence the final state.
With dark matter pressure weakening, fundamental particles are now able to discharge and permeate space. Laying a foundation for a 3 dimensional geometrical lattice and plasma while simultaneously producing a time delay effect, allowing these fragments to hurl deeper into the greater universe.
With the gradual release of dark matter pressure the critical mass coalescent influence sufficiently weakened, they will explode, again casting lesser fragments every whichway.
This process is repeated until all the critical mass (potential baryonic matter) that is trapped within these fragments reach their final stage.
With coalescent influence almost exhausted, internal pressure now exceeding external pressure, only now can the potential baryon constituents within initiates thermal superinflation. Expanding to galactic proportions converting the mass into an enormous amount of thermal energy in microseconds*. But not before these fragments were cast at speeds beyond my description, seeding space with countless galactic thermal clusters.
Confusion, fundamental particles and chaos reigns.
To witness a big bang is like watching a 4th of July.