From a simple observation we can see that our Mini Universe displays a favorable inclination that a heterogeneous environment exists. Now imagine our Mini Universe a constituent of a "Greater Universe", whereby the sole functions of its initial conditions are thermal administration. This function is not only deterministic but in essence its doctrine is that all occurrences in nature take place in accordance with natural laws. This motion is administered by net force and net force is sensitive to the initial conditions of its surrounding environment.

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 (GU) did not originate with a big bang.

If we are to assume a creation of the Greater Universe, we posit this dilemma? We believe that Quantum units can not be created and we assume, that matter can not be created from "nothing", but the evolutionary processes by which planets, stars, galaxies are formed are tangible.

The Many Big Bang theory suggests a coalescence and redistribution of quantum matter and to recreate Mini Universes as constituents of the Greater Universe, precisely what we should expect from continuous "Big Bang" eruptions.

If one could view the GU from a perspective point it would appear as effervescent as what we would 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 cluster galaxies, stars, planets and all the lesser matter.

Each time a big bang occurs, matter fragments are cast out omni-directional: Over time* fresh Critical Mass Cores (CMCs) are created. CMCs draw in the dark matter, planets, stars, galaxies and the end result of this course of action is a perpetual cycle of new Big Bangs.

Essentially when we refer to a big bang, we are referring to an eruption of a CMC in a Mini 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 periods of contraction and expansion.
This hypothesis extrapolates that the Big Bang can not be the origins of the Greater Universe but that CMCs are one cause for perpetual contraction and expansion of / in "Mini Universes". Outlying Dark Matter forcibly applies a steady push force pressing the nearby Dark Matter and its content onto the CMCs’ surface. This newly aquired matter will break down expell all Alpha units, as for the remaining Beta and Gamma units they can not integrate with the presently existing quantum units; both are faced with a unique condition wherein all properties of coexisting Beta and Gamma units are of the same intrinsic thermal values and volume. I will refer to as a Critical Mass. These newly drawn in Beta and Gamma units (baryon mass) will simply adhere to the surface and remain as clustered formations.

With the vast distances between celestial bodies the high ratio, dark matter verses baryon matter ( 1 Alpha + 1 beta + 1 gamma) and dark matter ( 1 Aplha + 1 Beta) clearly argues that Beta units will be the prominent unit structure. This high ratio dark matter verses baryon matter presents Beta units the opportunity to embed the Gamma unit clusters by way of a continuously new driven in Dark and Baryon matter. Patiently these celestial bodies produce the vein effect throughout the CMC structure.

These varying flavored veins eventually form fault lines in the CMC design. With the external pressure gradually being spent, these veins now come under more and more internal pressure, eventually result will be a Core fracture. The first break will stem where the pressure is greatest, producing the largest primary fragments. Each next generation explosion will be fractions and they inturn will fragmentize at their weakest links. The fact that galaxies are scattered in all directions is a consequence of these initial explosions. and supports the theory that fragmentation, was the initial matter structure of our "Mini universe". Thermal expansion and super high temperature of each fragment is achieved in the final stage of fragmentation as critical concentrated Gamma clusters are finally breached. At this point what may appear is a frenzied coalescences of quantum units reverting to what "once was" dark matter and baryon particles.

NOTE:When a star of some magnitude collapses inward on itself it sets in motion a systematic expulsion of all its alpha content. This rapid collapse and mounting pressure squeeze out the alpha content and continue to press the remaining beta and gamma closer and closer together. At some point the units resist further compression and the Beta and Gamma units alter their shape. Although quantum units are primordial elements and will not break down under any conditions, still they can not refuse this intense pressure and must adopt a polygon of forces, a new spherical form. A pure CMC has been created.
Now that the dark matter can no longer permeate or penetrate this critical mass; a non zero net force has been initiated and the growth of the CMC can now commence, This push force is generated by the outlying Dark Matter particle continuously pushing the nearby dark Matter particles onto the critical mass surface.

The Big Bang undergoes a number of stages, immediately after critical mass is breached. The CMC 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 which way.
This is repeated numerous times, eventually pressure is sufficiently weakened, exploding these fragments, unleashing enormous thermal expansion and releasing what once were the contents of stars, galaxies and cluster galaxies. At that moment this "sector" is chaos, confusion, Quantum units and super high temperatures.

What kept these fragments in a critical state?

Thick outer crust of Beta units envelop the Gamma units. These units were at one point what formed all the baryon matter; galaxies, stars and all the lesser matter. This beta 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 Beta pressure weakening and dispersing and permeating space; coalescing with the ever present Alpha content forming new dark matter. Laying a foundation for a 3 dimensional geometrical lattice or plasma while the remaining Beta units simultaneously produce a time delay effect, allowing these fragments to continue hurling deeper into the greater universe.
With the gradual release of Beta units the pressure of the critical mass sufficiently weakened, the fragments will explode, again casting lesser fragments every which way.
This process is repeated until all the critical mass (Gamma units) that are embedded within these fragments reach the final stage.

With external pressure almost exhausted, internal pressures now exceeding external pressure only now can the embedded Baryon Gamma units initiate super inflation. Expanding into galactic proportions and converting the mass into enormously high temperatures. But not before these fragments were cast at speeds that I will not hazard a guess, seeding space with countless galactic thermal clusters.
Confusion quantum units and chaos reigns.
To witness a big bang is like watching a 4th of July.

Time* = something we perceive through our senses,

created by Sam Sade
samsade@rogers.com

created: June 10, 2003 : last modified: August 2, 2009