Your eighth comment to me on your paper's page:
Dear Paul
Another Important part please...
......... When you say that the central dense mass of a galaxy is getting dried up, where does that dense mass go? If it just moves out from the center of the galaxy what is the source of the motion that causes it to overcome the great gravity attraction that the central mass would possess that would greatly resist the pulling away of any of the matter contained in that mass?............
Bigbang Physics say it is Blackhole dried up. By definition Blackhole never dries up. It only increases its mass due to accretion. Then the question comes how a Galaxy quenches? It is happening in the universe.
In Dynamic Universe Model, the central Densemass which holds the Galaxy together can dry up. What is dense mass actually? In a Galaxy the distance between stars can vary from say 4 light years to 100 light years or more in bulge and disk areas. But in the central Densemass these inter star distances are less than I light year. This Densemass is not a lump some mass at the center like a Blackhole. It can dry up or in other words, its stars can driftaway due to dynamical forces. See the paper on "Formation of Astronomical Jets Using Dynamic Universe Model" in viXra ...
Your ninth comment to me on your paper's page:
Dear Paul,
..................The universal gravitational force is a good concept. The actual force experienced by any object would be determined by its present position compared with the positions and masses of all other objects in the universe. This force and its direction would be continually changing on any given object because of the changing positions of all objects in the universe. ..............
Thank you once again for nice and helpful thoughts and blessings...
Your tenth comment to me on your paper's page:
Dear Paul,
This is the last part of your discussion
.................This opens up the concept of gravitational null locations where all gravitational forces cancel out leaving no net gravitational force applied to those places. Their locations would also be continually changing. So that is a good insight on your part because gravitational nulls can be useful in some advanced experiments...............
This is a Good idea, but I don't know how to check them and what will be use of such Gravitational null locations, thank you for your blessings once again...
Your eleventh comment to me on your paper's page:
Dear Paul,
Another part pl
............ I do like that you have included information concerning specific real galaxies. I would have liked to have seen a more detailed discussion of the information that you presented about them that would make the information that you provided more intelligible to the average reader by describing how the given information was derived from the red shift values given, etc. .....................
I collected real data of Galaxies, due to length of the paper limitation I did not include, but the reference I gave are papers which give real data.....
Dear Satyavarapu,
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. 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.
In your ninth comment:
You are welcome.
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.
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.
Sincerely,
Paul