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| Posted by
Samuel A. (Sam) Cox on March 16, 2005 at 12:11:46 (Message posted from "unknown" at 68.45.160.182) - explanation In Reply to: "Re: Can two fermions be in the same state?" posted by Samuel A. (Sam) Cox on March 15, 2005 at 16:49:53
This deserves additonal comment. Gravity is a ficticious force resulting from rotational forces- the same kind of forces we oberve on a merry-go-round. The observed combined, cumulative directional spin of baryons in a given hemisphere, cause the force we know as gravity. Now, remember that the gravitational attraction of an Earth or Sun reduced to singularity results in identical accelerations at the surface of the body as does the particulate construction we observe on 4D event horizon surfaces. Further, remember that the Planck Realm itself is inflationary...that during the inflationary period and inside the Planck Realm, the developing universe exapnded at almost an infinite velocity. Also note that inflation is now well documented experimentally as well as theoretically. It follows that per the intuition of Sir Isaac Newton, gravity, involving cumulative point mass (singular horizon) spin travels cosmologically, (not from our frame) at near inflationary velocity. At our frame we are limited by the speed of light in our measurement of the universe. It is wrong to conclude however, that the speed of light is the universal speed limit, since 73% of the universe is singular and therefore inflationary. Finally, since the singular realm links the far ends of the universe in its inflationary grip, all baryonic parts of the universe from one side to the other are entangled in the influence of gravity, according to the inverse square law as measured from our frame. The proper way to start our study of cosmology is to use the same approach Albert Einstein did...to consider the universe as an essentially static, rigid eternal structure, and see the dynamic universe as we observe it as an effect, much as the CD is rigid and the music is an effect of "playing" (rotating and observing in a very special way) the CD. Imagine the music stored information trying to define and deduce the existence of its CD! |
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