Re: D E L U SI O N A L E P I L E P T I C S U P D A T E !

From: John Vreeland (vreejack_at_hotmail.com)
Date: 10/28/04


Date: Thu, 28 Oct 2004 17:10:01 -0400

On 18 Oct 2004 23:18:23 -0700, koyanisqatsi@ziplip.com (Koyaanisqatsi
Fahrvergnugen) wrote:
>
>If the density of the universe exceeds a certain threshold known as
>the critical density, this gravitational attraction is strong enough
>to stop and later reverse the expansion of the universe, causing it
>eventually to recollapse in what is known as the "Big Crunch."
> /.../
> For quite some time it has been known
> that the mean density of our universe
> agrees with the critical density

No, it does not. The universe will expand forever and continue
accelerating in that expansion. I think you are confusing this with
the flatness of the universe, which is truely mysterious.

> to within better than a factor of ten.

So they agree within an order of magnitude? That is like going out to
buy a dozen eggs and coming back with two eggs. "Well, honey, it was
within a factor of ten. You should be impressed."

Jack V (Vreejack)
"Will future ages believe that such stupid bigotry ever existed!"--_Ivanhoe_



Relevant Pages

  • Ratio Mu/Ru
    ... Lets suppose the properties of light [mass equivalence according to ... E=mc^2] are set by the value of the mass of the universe as a whole out ... In order to see if this ratio is even in the right ballpark, ... even close to what is observed and now accepted, i.e. critical density. ...
    (sci.physics)
  • Ratio Mu/Ru
    ... Lets suppose the properties of light [mass equivalence according to ... E=mc^2] are set by the value of the mass of the universe as a whole out ... In order to see if this ratio is even in the right ballpark, ... even close to what is observed and now accepted, i.e. critical density. ...
    (sci.physics.research)
  • Re: Ratio Mu/Ru
    ... > Lets suppose the properties of light [mass equivalence according to ... > E=mc^2] are set by the value of the mass of the universe as a whole out ... > even close to what is observed and now accepted, i.e. critical density. ... > The plank units come to mind where the plank mass equals 2.1767x10^-8KG ...
    (sci.physics.research)
  • Re: Problems
    ... Bill Hobba wrote: ... >> has the critical density needed to make it flat. ... Dark Energy is postulated to solve this problem. ... > Why do you think the universe should be decelerating? ...
    (sci.physics.relativity)
  • Re: Problems
    ... Bill Hobba wrote: ... >> has the critical density needed to make it flat. ... Dark Energy is postulated to solve this problem. ... > Why do you think the universe should be decelerating? ...
    (sci.physics)

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