Science Forums 2

[Hasanuddin]

Move number 3-three.

Using the Hubble space telescope we can observe far back into the cosmologic record. However, we cannot see the first hundred thousand years or so of the development of the Universe. We could not “see” the galaxies until particles reached the magic temperature of 3000ºK. Only at this temperature can protons and electrons combine and form hydrogen, and release the first photons of light. However, one starling observation is that, except for a very small number of exceptions, galaxies tend to accelerate away from each other. In other words, the process of galaxy building seemed to cease after a certain time period, but before the advent of the first visible light.

Which test hypothesis possesses paths that lead to conclusions that match this natural observation? Again, for the third time, the notion of gravitational repulsion produces conclusions closest to nature:

Test of the Dominium premise (gravitational repulsion between matter and antimatter
As already established, gravitational repulsion between matter and antimatter will deter and discourage annihilation events. As the repulsion process continues to segregate regions of matter from regions of antimatter, gravitational attraction w/in each region will cause like-type particles to aggregate. As these clumps grow they will function as point sources of gravitational interaction—imposing attraction vectors on like-type neighbors and repulsion vectors on opposite type ones. Such a system is extremely similar to highly mixed mixtures employed by nanotechnologists that predictably go through the process of self-assembly—a natural phenomenon where highly chaotic systems naturally move to a more ordered configuration to achieve stability. Using atomic/nano self-assemblage as a predictive model on would expect a type of patterned positioning similar to that, which has been produced in the lab. One such configuration involves alternate positioning as is seen in ionic crystals. Such a configuration necessitates a system that has a huge degree of order in terms of the distribution, size, and positioning or its components. Therefore, when applied to the developing Universe one could conclude that every other galaxy is made of antimatter. Furthermore, because all of the closest neighboring galaxies are predicted to be of opposite-type, therefore there would be a continuous (yet decreasing over time) force of repulsion and subsequent acceleration apart.

Check to Nature: Triple match
1st: It almost goes without saying that the Earth is an all-matter object in what appears to be an all-matter galaxy
2nd: The observed Universe is incredibly evenly distributed, exactly like a system that was self-assembled
3rd: Verifiable observation of the expansion of the Universe shows that the rate of expansion is a continuous, yet decreasing, positive acceleration

Test of the popular-bias assumption of universal attraction
What about universal attraction? How would that have effected development? The first major difference is that one would not expect the basic boundaries of the Universe to be defined. Annihilation events would be a random and continuous occurrence (the mismatch mentioned in Move #2.) With no boundary mechanism, no counter-balance of forces to initiate self-assembly, and a supposed asymmetry of decay, the distribution of mass should not be uniform. If all galaxies are attractive of one another, then what would prevents random super-giants or dwarfs forming?…nothing. Therefore, asymmetry in the distribution of mass is expected. Also, if all galaxies experience attraction with their closest neighbor, then some areas of the Universe should be in a state of collapse

Check to Nature: Triple Mismatch
1st: No annihilation events appear in the visible record. No antimatter appears to exist in our solar system.
2nd: Given statistical randomness, no areas of the Universe possessing any mega-mega galaxies. Rather the most amazing aspect about observations of mass distribution throughout the Universe is the uncanny amount of evenness.
3rd: No areas of the Universe appear to be contracting

On three levels the predictions of a system where gravitational repulsion exists between matter and antimatter is matched. Those same natural observations are in contradiction to what one would expect under popular-bias conditions of universal attraction.

PS To all those viewing: Debate is welcome at any time. If I use a premise that does not seem categorical or if I make a conclusion that does not seem to necessarily follow, please stop me and call me on it. I will be happy to clarify any confusion that arise.