Science Forums 2

[Hasanuddin]

Thank you again Modest, in gratitude I will move on

Move 5
As already mentioned, the observed dynamic of the Universe is semi-static state, therefore suggesting equilibrium. The notion of stability on Earth is engrained in our language, “solid as a rock,” “terra-firma,” “bedrock,” etc. The idea that the particles that now make up the Earth once joined-in as part of that Big Bang seems quite distant. Yet they had to be players … but think of the conditions that they MUST have come from! Initially it would have been impossible for them to have clump together because they were formed completely randomly. During these times, none of the particles in existence were “secure.” All particles ran the risk of slamming into its antiparticle, therefore flashing out of existence. Compare those conditions that necessarily existed to those at hold today. The Dominium asserts that the boundary between these two periods was an equilibrium that involved a self-sorting of particles into clumps. Self-assembly is a well-studied principle where a system naturally chooses to move from a state of chaos to a more patterned and ordered condition. Nanotechnologists use the predictable aspects of self-assembly as a key driver in their engineering exploration.

If proto-galaxy clusters (referred to as dominia) can be considered to be individual particles, then the game becomes very interesting. If every dominium where considered to be either matter-dominant or antimatter-dominant, then the assembled matrix of dominial-particles would be exerting dueling attractive and repulsive forces against and between neighbors. Initial orientation of objects would have been completely random. As a direct result some of the vectors between neighbors would be especially strong, while some would be weak. During this stage of development like-type dominial neighbors would quickly merge. However, this growth stage was short-lived because of the subsequent/similar growth of neighboring opposite-typed dominia, between which there is a continual state of repulsion. Eventually all of the dominia become walled-off by opposite-typed neighbors, and the growth phase is over. (this was est Moves 1-3) There is no reason to believe that speed of and duration of growth would differ between dominia. Therefore, one can conclude with high certainty that boundary formation occurred near simultaneously around the Universe.

From the visible cosmologic record, the Universe already was in the early stages of an established equilibrium. Therefore, the division of matter from antimatter must have occurred before the advent of light. From now on, for the purpose of this thread, that moment, when the boundaries between matter and antimatter are first established, shall be called the “Dark Event.” The reason for the special name is because more than just the boundaries of immiscibility become established, but some necessarily profound events deductively must have occurred once those boundaries were established.

First, remember that we are considering a three-dimensional matrix of particles, at the earliest moments complete randomness. Then self-assembly begins causing particles to clump. In many respects the self-assemblage process is very similar to watching a highly shaken bottle of shampoo to reorganize itself. Although the boundary between gaseous air and liquid shampoo is defined very early on, the process begins with air underrepresented and trapped within the liquid shampoo, correct? For the sake of this illustration, we are going to assume that another exact condition could occur where trapped and underrepresented drops of liquid shampoo are suspended in gaseous air. These are the conditions of the protogalaxies/dominia at this earliest stage of development.

Let’s just do a deductive reality check between our two test hypotheses. Ok, if in the randomness areas of predominantly matter is established, though there still are bubbles of antimatter mixed in. Under the popular-bias universal attraction (UA) theory, the bubbles of antimatter would have been attracted to matter & annihilate. The curve of “consumption” of these internal antiparticles would be asymptotic based on probabilities of random future occurrences (see moves 1-3.) Again, the popular-bias UA mismatches nature. An asymptotic relationship implies that it goes on infinitely, therefore, there should be record of an annihilation event occurring in today's sky—yet there is none. Also UA between all particles would favor total collapse/annihilation of all particles, but the fact that the Earth exists mismatches that prediction.

Again the Dominium premise leads to conclusions matching nature. If the surrounding bubbles were actively repelling the matrix of the shampoo walls then once boundaries were formed, these boundaries would be permanent separations, i.e., the two types of mass would be immiscible w/ one another. An area of “void” would form between them. Once boundaries are firmly established, neither population (matter/antimatter) could lose any more mass through an accidental annihilation. Also following directly is that the cosmologic record would have no cases of annihilation—this does Match the natural record. Also, the physical presence of small immiscible populations of antimatter micelles w/in a proto matter galaxy, such as our own, would act as a deterrent against overall galaxy collapse. This time, the fact that the Earth exists matches the deductive predictions

PS: Please tell others who are interested in these subjects about this thread