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Re: Timetable & Gravitational forces of Big Bang perplexing?
| guskz@hotmail.com | 15 Feb 2006 14:17 |
> > > > a) The 0 to 300,000 year after the Bang for energy to form into > > > > gluons/electrons/plasma "seems" abnormally small? [quoted text clipped - 25 lines] > your own link ALSO calls it a dense FIREBALL (you're the one who can't > read properly) just beside it. Fireball is photons and photons are a radiation, look it up.
I've made mistakes and been corrected politely otherwise I wouldn't be posting questions but your replies were incorrect, insulting and therefore have no merit.
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| guskz@hotmail.com | 15 Feb 2006 14:15 |
> > > a) The 0 to 300,000 year after the Bang for energy to form into > > > gluons/electrons/plasma "seems" abnormally small? [quoted text clipped - 20 lines] > the radiation decoupled from matter and continued through space largely > unimpeded. This relic radiation is the cosmic microwave background." I called it radiation and energy....you went crazy and insisted that on ONLY the wording of "Specific energy" and not energy nor radiation, your own link ALSO calls it a dense FIREBALL (you're the one who can't read properly) just beside it.
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| guskz@hotmail.com | 15 Feb 2006 13:55 |
> > a) The 0 to 300,000 year after the Bang for energy to form into > > gluons/electrons/plasma "seems" abnormally small? [quoted text clipped - 3 lines] > > Bill Hubba itz you again are you still over focusing using the Hubba(Hubble) Space Telescope?
Why are you so fixated on only your link here's another an READ what it says but first put down that Telescope:
http://en.wikipedia.org/wiki/Big_Bang
QUOTE:
"As the Universe cooled, matter gradually stopped moving relativistically and its rest mass energy density came to gravitationally dominate that of radiation. After about 300,000 years the electrons and nuclei combined into atoms (mostly hydrogen); hence the radiation decoupled from matter and continued through space largely unimpeded. This relic radiation is the cosmic microwave background."
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| Bill Hobba | 14 Feb 2006 21:35 |
> a) The 0 to 300,000 year after the Bang for energy to form into > gluons/electrons/plasma "seems" abnormally small? Your comprehension is appalling. That is not what the link I gave said. Consider kindergarten finger-painting.
Bill
> For the sake of simplicity we'll call the Big Bang's energy: "RAYS" > [quoted text clipped - 23 lines] > present massive bodies in space have already completely slowed down > and/or have come to a reversed big crunch??? |
| guskz@hotmail.com | 14 Feb 2006 20:22 |
a) The 0 to 300,000 year after the Bang for energy to form into gluons/electrons/plasma "seems" abnormally small?
For the sake of simplicity we'll call the Big Bang's energy: "RAYS"
1. According to rules for Time Paradox and Relativity, time had no meaning for the "RAYS" wrt to each other (same speed but angled away from each other like rays of star light which is similar to say two twins moving the same speed but at different directions(angles) wrt to each other) but these "RAYS" had meaning wrt to their origin (the singularity)?
2. We still have in common the singularity as the yard stick (distance) to measure the travel time of these RAYS since we are still propulsing wrt to the singularity and therefore 300,000 years seems abnormally too small?
Meaning the twins (RAYS) come back younger in age (even though they travelled at different directions/angles) but according to our time clock it took the twins (and RAYS) forever to go and come back?
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*****Even more important****
We couldn't still be moving at the speed of light wrt to the singularity...correct ....and since this energy substantially slowed down in only 300,000 when it had near zero mass therefore shouldn't the present massive bodies in space have already completely slowed down and/or have come to a reversed big crunch???
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