To intensify the discussion, I will describe the reasons why the article was rejected by some editors in chief and by some reviewers, followed by my answer! (Before the publication of the article)
Perhaps you will be able to verify that the peer review can be influenced by the method used, by the one who is sending it or by a protection of a pre-established model in detriment of another! (In the field of cosmology)!
My opinion:
1) The reviewers were never able to know the author's name before the review!
2) The reviewers, forget about any pre-observed methodology and observe only the logic of the article and if it respects all the Physics content already concretely defined!
Starting:
1) critic (editor or reviewer):
"General Relativity does not allow a simple generalization of potential gravitational energy, without which it is not possible to calculate a globally invariant energy conservation law. The differential form of energy conservation is already incorporated into current cosmological models."
My answer: In the article sent, a simple generalization of the gravitational potential energy, happened only in extreme instants, when the Universe was considered to be at rest with its energy concentrated in a large and unique dimension, and where The differential form of energy conservation does not need to be incorporated! Conditions where relativity may not be applied! The other instants of evolution follow the Bigbang theory !
2) critic (editor or reviewer):
His article is a general discussion and interpretation of the scientific literature related to the nature of the Universe and its conservation laws, basically reinterpreting previous works. Unfortunately, I can't seem to find that you are creating any insight on the subject.
My answer: The article indicates a new interpretation and in a simple way it describes a reason for the beginning of the expansion! I didn't know that there was another article to clarify this! If there is, please let me know!
3) Critic (editor or reviewer) : "In the present case, we have no doubt that your proposal for an alternative cosmic model will be of inherent interest to fellow experts. But, given its descriptive nature, which makes it difficult to prove or disprove, I am sorry we are not, it returns that the article offers the kind of rigorous advance in scientific understanding that would likely arouse immediate interest in research in a wide range of other areas of astronomy. Therefore, we think that the present article would find a more appropriate way out in this journal".
My answer: I did not answer, because it was clear that I did not accept it because it does not follow traditional scientific methods! (Note: Traditional laws of physics were used, only relativity was not used intensively)!
4) Our editors look for evidence of news, impact and relevant relevance to the field of astronomy, astrophysics and cosmology. These must be examined thoroughly and clearly explained in the manuscript. In addition, at this stage, verification of similarity with other published sources is carried out.
My answer: Clearer than complementing the Big Bang theory with simple arguments without using relativity? Do you already have a theory that explains the cause of Bigbang? I did not know!
5)
It is a classic view of cosmic evolution and does not take into account non-gravitational energy / dark energy or dark matter / matter or other well-known and generally accepted components of a cosmological model of the Universe.
My opinion : This answer discouraged me! The editor or reviewer may have seen the format of the article and rejected it without reading it in full! Everything they said the article did not have, was described in the article!
6)Time came to exist in the Big Bang (Hawking)!
My opinion : This has never been proved by Hawking! Editor or reviewer completely influenced by an unproven idea ! Did not analyze the content of the article! and do not make room for another arguments !
7) Can your findings be replicated?
I thought: No! Neither mine nor string theory!
8) Quantum physics does not allow the use of the concept of mass mathematically!
My answer: Correct! In the conditions of an expanding universe! but under the conditions mentioned in a static universe, in extreme instants with no motion, there is no duality between wave (motion required) and mass (particle or parts)! "Einstein generalized the argument for all types of energy transfer, concluding that, in this sense, the mass of a body is a measure of its energy content. "
9)did you know that there is no conservation of energy in the Universe?
My answer: No! Read the article, observe the mentioned conditions and take a look at this link and see if you prefer to consider that the universe came out of nowhere or if there are multidimensions!
http://math.ucr.edu/home/baez/physics/Relativity/GR/energy_gr.html
Note that there are no standard answers! I think that some answers may have been automatic!