Re: absolute reference frame
- From: dwhig265@xxxxxxx
- Date: 19 Aug 2006 14:00:20 -0700
dwhig265@xxxxxxx wrote:
dwhig265@xxxxxxx wrote:
dwhig265@xxxxxxx wrote:
xxein: What is the red-shift velocity of quasars? We see them, but
can they see us? (just a hint for you to think about).
In a universe with no absolute reference frame, galaxies moving apart
in excess of light speed would not be able to see each other. Since we
see the quasar, there is an absolute reference frame. Since there is a
red shift, we know it is the quasar that is moving and we are standing
still. Therefore, it is not possible for observers on the quasar to see
us! http://hometown.aol.com/dwhig265/myhomepage/index.html
Think a little! Two galaxies moving apart in excess of light speed. No
reference frame. They can't see each other! Same scenario with a
reference frame. If one sees the other red shifted at greater than z =
1, he knows he is standing still and is AT the absolute reference
frame! DWH
I misspoke a little above. What I meant to say is that any observer
that sees a superluminal galaxy can be sure observers in that galaxy
cannot see him. Any observer that sees superluminal galaxies in
opposite directions, knows he is at the center of the Universe and
neither galaxy can see him! But what about Einsteins postulate that the
universe appears the same to all observers wherever situated? $1000.00
says I'm right! DWH
I'm withdrawing the above offer. Two galaxies moving apart at greater
than light speed could be said to each be moving away from the other at
a little over 1/2 light speed. I don't think so really though because
there's no reference frame. But I don't want any argument. $10,000.00
says galaxies moving apart in excess of twice light speed could never
see each other in a no reference frame environment. DWH
.
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