Re: Big Bang Gravity
- From: GravityPhysics@xxxxxxxxx (tj Frazir)
- Date: Thu, 30 Mar 2006 09:08:30 -0500
Past the Hubble max the stars go away faster then c .
So theres just more universe you call the muliverse.
You cant look back and see a photon that allready passed you.
You cant look past the shortest wavelength.
You cant see farther then 14 billion light years.
BUT we ae moving twards the point the star going faster then c ejected
a photon .
If we could go c we could see the light from that star. But then at c
we cant see the light in this universe.
at 15 billion light years time has colided with time . Evry wavical
in mass is time in orbit of time .
AS if the whole universe lit up once,
no photon or point in space is at the same time.
They all lit at the same time but no two points are at the same time.
15 billion light years away a blink looks like a strait line . A
blinker on earth and a blinker
in motion going away wount blink at the same time wrt earth.
The energy it lost as you see a weeker blink is converted into a
longer blink tand the total energy per blink you see is constant.
At some point the energy exchange is zerro
but the enegy per blink is still constant.
The blink will just take forever ..
and the energy exchange per blink still constant.
At 14 bly the blink is constant.
Shure we see what was there at the edge of the 14 billion year 14
billion years ago.
We see what was there ,,then .
14 billion years ago that star was 14 billion yeas away ,,but going away
at c and speeding up.
NOW it is 42 BILLION light years away .
As we spoke right now the star we saw that was there 14 billion years
ago is not there now.
.
- References:
- Re: Big Bang Gravity
- From: G. L. Bradford
- Re: Big Bang Gravity
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