Re: The Concept of Space Expansion

From: John C. Polasek (jpolasek_at_cfl.rr.com)
Date: 02/04/05


Date: Thu, 03 Feb 2005 20:04:36 -0500

On 2 Feb 2005 16:20:41 -0800, "TomGee" <lvlus@hotmail.com> wrote:

>Here is another excerpt from my essay revision, "The Time And Motion
>Relationship", by Thomas Garcia, copyright 2005, which is a new idea
>AFAIK that helps to resolve some issues with the BBT and the
>Inflationary Period theory:
>
>"It seems possible now for us to say that the basis of the initial
>state or the fundamental state of our universe is Absolute space:
>i.e., space devoid of matter. It may be possible to guess at the size
>of our universe, but there is no way to estimate the size of Absolute
>space as long as there is only our universe for comparison. There is
>nothing, however, to contradict our theory - which is by far the most
>simple - that there exists Absolute space into which the con-tents of
>our universe were dumped, and that the "Great Void" is simply space
>devoid of matter. This would mean that other universes - even
>so-called parallel ones - could exist within the great void of Absolute
>space. Ours may not have been the only Big Bang. In fact, it is more
>reasonable to assume that ours is but one BB among many within the
>Great Void.
>
>There is a second scenario we must not overlook: We may assume that
>Absolute space was first filled with matter having negative
>energy/mass, i.e., so-called Dark Matter. If so, we may perhaps have
>no need for an Inflationary Period with which to explain the reason for
>the current distribution of visible matter since Dark Matter could
>explain it if we can show that visible matter takes a back seat to the
>power of invisible matter such that it must be a major factor in any
>Grand Unified Theory.
>How could that be? Well, the I.P. essentially explains the homogeneity
>of elements in the universe, which is a phenomena not explained by the
>Big Bang Theory.
>
>Let's suppose, however, that the BB occurred as I have said above,
>where space did not come out of the explosion but that the BB emptied
>out into absolute space. The objection to this scenario is the
>observable effect that the universe is expanding at an accelerating
>rate, and it must be space which is expanding since the coordinates of
>objects in space do not change as they should if the expansion process
>included their moving apart. If space did not come out of the BB, the
>expansion process requires that it include visible objects which are
>moving apart from each other such that their coordinates will change,
>but observations show that is not happening. Thus, it seems the only
>alternative is that it must be space which is expanding since visible
>objects of the cosmos move apart but maintain the same coordinates in
>space, and so, if space is expanding, it must have come out of the BB.
>
>My model, however, proposes still another scenario, one which can
>explain the process of expansion without space having to expand along
>with it, and simpler than the concept of space expansion. We know now
>that Dark Matter and Dark Energy exists and that there is a whole more
>of it than there is visible matter. It would have been such matter and
>energy that predominantly spewed forth out of the BB explosion into
>empty space first.
>We believe today that it is Dark Matter and Energy (DM/E) which is
>maintaining the most delicate balance of gravitational effects which
>prevent the universe from collapsing back onto itself. If so, it must
>have come out of the BB too. And since there is so much more of it
>than there is of visible matter, we can assume it came out first and is
>still coming out and filling our space in the process of universal
>expansion. Thus, the expansion of the universe is occurring by
>additional flowing of DM/E into our space between visible objects and
>also by extending the boundaries of the universe."
>
>We cannot know if more visible matter is coming out of the BB, but it
>is probable that it is if we agree that DM/E still is. So, hit me with
>all the brains at your disposal and show the world what you're made of.
>TomGee 020205

There seems to be a lot of argument of the arm-waving variety about
the expansion of the universe. In my dual space theory I have a fairly
simple version with simple equations and a drawing. Because of the
drawing, I put the diagram and equations at Expansion theory at
http://www.dualspace.net.
I worked this out this afternoon, I would like to argue.
John Polasek

If you have something to say write an equation.
If you have nothing to say, write an essay.



Relevant Pages

  • Re: The Concept of Space Expansion
    ... >i.e., space devoid of matter. ... >of our universe, but there is no way to estimate the size of Absolute ... >explain it if we can show that visible matter takes a back seat to the ... >objects in space do not change as they should if the expansion process ...
    (sci.physics.relativity)
  • Re: Question about the Big Bang and Dark Matter
    ... It wasn't an explosion of stuff, ... The distribution of matter at the time of the CMBR was uniform, ... believed that the expansion slowed during the first few ... matter in the Universe at the instant of the Big Bang, ...
    (sci.astro)
  • The Concept of Space Expansion
    ... i.e., space devoid of matter. ... of our universe, but there is no way to estimate the size of Absolute ... explain it if we can show that visible matter takes a back seat to the ... objects in space do not change as they should if the expansion process ...
    (sci.physics)
  • The Concept of Space Expansion
    ... i.e., space devoid of matter. ... of our universe, but there is no way to estimate the size of Absolute ... explain it if we can show that visible matter takes a back seat to the ... objects in space do not change as they should if the expansion process ...
    (sci.physics.relativity)
  • Questions about the expansion of space
    ... so homogeneously and isotropically throughout the universe. ... matter, as in the now generally discredited steady-state theory. ... Since the expansion of space is occuring everywhere, ... subject to the same density decrease. ...
    (sci.astro)

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