[deleted]
Dear Satyavarapu,
I am glad that I could be of help concerning your paper. The problem in papers like these is that when they contain an error, those who read them don't know if you just made an error or if your understanding is actually wrong, which can affect their acceptance of the concepts that you are trying to get across to the readers of your papers. I thought it was likely to be just an error. Hopefully, correcting it will give future readers a more positive reception of your concepts.
Rather than going back into any of the other things that I mentioned previously, I just want to cover the main thing that I wanted to bring out, which is that when the fusion of 2 hydrogen atoms into a helium atom occurs in a star, most of the mass or matter that was originally in the hydrogen atoms remains in the star in that helium atom. The helium atoms that are produced in that way can also fuse into heavier atoms and this process can continue up to iron. Iron and the atoms that are heavier than that are too close to the center most stable point in the atomic scale to be able to fuse because it would actually take the addition of more energy to cause them to fuse than would be freed in the fusion reaction. When all of the lower elements have been fused, the end result is that most of the matter that was in those lighter elements, is now stored in the new midrange atoms that have been produced. If you could somehow cause all of the matter that had been converted to energy to convert back into hydrogen matter and if that amount of hydrogen matter was equal to the amount that was originally present, then you would have all of the original hydrogen plus all of the newly produced midrange atoms that were produced by the fusion process, which would mean that there would be an increase in the total amount of matter in the universe created from nothing. In your theory you say "This is a nonexpanding universe and matter need not be created to keep the density constant". In this nonexpanding universe the continual increase in the amount of matter that would be created in the form of these newly created midrange atoms would continually increase the matter density of the universe. It would ultimately fill up all of the empty space with this matter and the functioning of the universe would likely break down long before that point.
There is only one way that you could get what you want and that would be to somehow break down all of those new midrange atoms back into hydrogen atoms, but that would be a transformation that would be contrary to entropy because they contain less energy that could be freed by the conversion process than the conversion process would consume. This would mean that extra external energy would need to be provided that was more than had been freed as energy radiation from the fusion processes that caused the generation of the midrange atoms in the first place. This is because you would have to add back all of the energy that had been freed by the fusion process in order to restore the extra energy that the hydrogen atoms require that is greater than what the midrange atoms require, which is just the amount that had been freed by the fusion process. You would then still need to add an additional amount of energy that would be needed to cause the process to operate in the direction contrary to the natural entropy direction of flow of energy. The additional energy that you would need would have to come from somewhere in the universe and it would eventually be used up. The universe would still run down and cease to function.
What would actually happen, however, is that most of the energy that had been freed by the fusion process would be scattered throughout empty space and would not be converted back into hydrogen. The matter density of the universe would then remain the same, but all of the hydrogen and the other lower elements that can fuse would eventually be converted into the midrange elements that can't fuse and the stars would all go out. There is just too much empty space for the energy photons to disperse into and too few very large masses that would generate very large and strong gravity fields to in any way convert the photons back into matter particles to allow any very large percentage of them to be converted back into matter. I know that is not what you want to hear, but I believe that if you look at energy photon dispersion in open space per unit of distance from the source, etc. and analyze the percentage of the total space in the universe that contains the strong enough gravity fields to do the conversions, you will find that I am right about it. In addition you would need to consider all of the energy photons that strike objects in the universe, such as those that interact with atoms on the earth and are either completely absorbed or experience frequency decreases as a result of giving up some energy to an electron in an atom, etc.
Much of the rest of your theory is good, however, except as pointed out earlier.
Sincerely,
Paul