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| Tags: compact, gravitational, objects |
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#1
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Quasars meet the condition of the extreme gravitational field. They
are redshift objects about one light week in diameter yet have the mass of a galaxy. Their extreme redshift comes from gravitation first and can be distance second for those at the distance extreme. There is no edge to the universe where these objects exist. Quasars are evenly distributed throughout the universe near and far. Mitch Raemsch; Twice Nobel Laureate 2008 |
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#3
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On May 3, 5:11*pm, Ralph Hertle wrote:
[snip whatever] Stop encouraging the noise generator. |
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#4
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On May 3, 5:11*pm, Ralph Hertle wrote:
wrote: Quasars meet the condition of the extreme gravitational field. They are redshift objects about one light week in diameter yet have the mass of a galaxy. Their extreme redshift comes from gravitation first and can be distance second for those at the distance extreme. There is no edge to the universe where these objects exist. Quasars are evenly distributed throughout the universe near and far. Mitch Raemsch; Twice Nobel Laureate 2008 Mitch: You fail to consider the functions of atomic and molecular hydrogen in space with respect to photon interactions and with the result of the lowering of the energy levels of the photons. You offer your religion for the BB, however, that doesn't explain the fact of the RS that results from hydrogen photon interactions. If the hydrogen interaction is indeed the cause for the RS the Quasars will be found far closer to us and to be traveling at less speed than the BB creationists claim. The universe will then have its mass located in far smaller regions. Ralph Hertle What are you saying about the gravitation of these extreme redshift objects ralph? |
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#5
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#6
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Ralph Hertle wrote:
Mitch: You fail to consider the functions of atomic and molecular hydrogen in space with respect to photon interactions and with the result of the lowering of the energy levels of the photons. Hydrogen is very sparse in empty space. It is not dense enough to account for the red shift in the entirety. The Big Bang has other problems such as accelerated expansion. For an alternative to the Big Bang see Paul Steinhardt and Niel Turok -Endless Univeress-. They have an alternative which which consistent with all the known facts including recently discovered accelaration of the expansion of the cosmos. Bob Kolker |
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#7
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On May 4, 2:57*am, "Robert J. Kolker" wrote:
Ralph Hertle wrote: Mitch: You fail to consider the functions of atomic and molecular hydrogen in space with respect to photon interactions and with the result of the lowering of the energy levels of the photons. Hydrogen is very sparse in empty space. It is not dense enough to account for the red shift in the entirety. The Big Bang has other problems such as accelerated expansion. For an alternative to the Big Bang see Paul Steinhardt and Niel Turok -Endless Univeress-. *They have an alternative which which consistent with all the known facts including recently discovered accelaration of the expansion of the cosmos. Bob Kolker What is the likelyhood for light to encounter hydrogen in empty intergalactic space? That is the question that needs answering. Mitch Raemsch |
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#8
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On May 4, 3:23*pm, wrote:
On May 4, 2:57*am, "Robert J. Kolker" wrote: Ralph Hertle wrote: Mitch: You fail to consider the functions of atomic and molecular hydrogen in space with respect to photon interactions and with the result of the lowering of the energy levels of the photons. Hydrogen is very sparse in empty space. It is not dense enough to account for the red shift in the entirety. The Big Bang has other problems such as accelerated expansion. For an alternative to the Big Bang see Paul Steinhardt and Niel Turok -Endless Univeress-. *They have an alternative which which consistent with all the known facts including recently discovered accelaration of the expansion of the cosmos. Bob Kolker What is the likelyhood for light to encounter hydrogen in empty intergalactic space? That is the question that needs answering. Mitch Raemsch- Hide quoted text - - Show quoted text - Hydrogen doesn't capture light's energy because the Compton effect doesn't apply here. That is misleading. Mitch Raemsch |
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#9
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#10
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