Dear Paul
Thank you for all your elaborate replies. I will be keeping portion of your reply with my answer, so that it will not be confusing..
Your words..."
Comment to your eighth, ninth, tenth, and eleventh comments
I put these four comments together because they each only require short answers.
In your eighth comment:
Normally even stars that were less than 1 light year away from each other would tend to hold each other from moving away from the effective center of their mass by gravity. The stars could rotate around that center and, therefore not all come together at that center of mass, but any star that would begin to move away from that center of mass would have more mass in the stars behind it that would pull it back toward the center than stars in front of it that would try to move it away from the center. Once in stable rotation around the center of mass, it would take an outside source of energy (motion) of adequate amplitude to overcome the gravity pull to allow it to escape the gravity pull of the stars in the center of the galaxy area. What kind of dynamical forces are you talking about? I tried to find your paper that you mentioned on vixra, but was unable to find it. I did find a paper of yours titled "Explaining Formation of Astronomical Jets Using Dynamic Universe Model and it gave more of an explanation of your theory, but seemed to be missing most of the actual data of the experiment. .............
Thank you for such nice searching and time you spent on my papers in viXra. Whatever the data available on the internet, were put and shown. The same thing can be further done if there is more actual data was available. I hope you can help me. I sit here in the middle of India. I don't have any other resource except internet. I am not a rich person; I am retired person from a steel plant. I am living with my savings....
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You have many good understandings, such as the fact that there is no space/time continuum, etc. The biggest problem that I see is the attempt to make the universe an endless time structure by trying to reverse the entropy operation of fusion in stars. To actually accomplish that would not only require capture of all of the energy emitted from the fusion reaction and all of the heavier elements produced by the fusion reaction, it would also require the addition of the extra energy required to force the reverse reaction to occur, much like in chemical reactions. That extra energy source would then be lost for future use and would thus run out at some point in the future also. It is just the nature of entropy to make things run down, such that all interactions cease in the long run. .............
Thank you for your blessings once again sir. You also have a good understanding...
Time is endless, but unidirectional. There is no going back in time. All the chemical reactions are unidirectional.
Once a star loses all its energy it will cool down, form some solid mass like Earth or Jupiter. The lost energy will be converted back into matter due to Gravitation and UGF. This converted matter will form lumps like we stay on earth, these lumps collect some more particles ... new stars will be formed...like this cycle goes on...
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In your ninth comment:
You are welcome. .............
....... Ok sir.............
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In your tenth comment:
The use for gravitational nulls will become apparent to those who need and are able to use them when that time comes. Feel free to speculate.
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It will good idea for a new Science Fiction novel...!!!
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In your eleventh comment:
That is a general problem that I have also had and I believe that others have also had. If you do a paper that is not restricted in that way I suggest that you give some details as to how the data figures about those galaxies are generated. "
Thank you very much for studying my paper so thoroughly and giving esteemed questions. I am just giving two reported cases of Galaxies / Clusters of Galaxies which are being generated after Bigbang
[35] Rakos, Schombert, and Odell in their paper 'The Age of Cluster Galaxies from Continuum Colors' Astrophys.J., 677 , 1019, DOI: 10.1086/533513, e-Print: arXiv:0801.3665 [astro-ph] | PDF arXiv:0801.3665v1 [astro-ph] 23 Jan 2008
[36] C. PAPOVICH et el, CANDELS OBSERVATIONS OF THE STRUCTURAL PROPERTIES OF CLUSTER GALAXIES AT Z=1.62, https://arxiv.org/pdf/1110.3794v2.pdf
See the CANDLES web pages also for simple language explanations.
My abstract also gives real data...
If you need further data , I will give you....
Thank you very much for all your time and blessings...
Best Regards
=snp.gupta