Vanadium 50 said:
The field has passed judgement on your papers, and has found them useless and uninteresting.
I have reasons to believe the reason for this might be the clarity as opposed to context. If that is indeed the case, then I might change the situtation by improving their clarity. The evidence that clarity is the issue is the following:
1. When I attempted to send arXiv:1110.2164 to the journal, I got back a referree report stating that I have not done what i claimed to have done in the abstract -- namely, a "realistic theory of second quantization". Now, they didn't say "the author attempted to do realistic theory but his attempts don't work for such and such reason". Instead they simply said i didn't attempt to do that in the first place. So I suspected that it was a misunderstanding. I wrote back to the editor to this effect. Then after few exchanges they wrote me that I was using \psi (x, t) which was "one particle wave function", contradicting my claim to do second quantization, and that was the only \psi out there. I then told them that actually I had two different psi-s: one is \psi_k, attached to the "dot number k" and the other is \psi (x, t). I further explained that probability amplitudes are "encoded" in \psi_k and NOT \psi (x, t); the field \psi (x, t) is only a "mediator field" needed to generate \psi_k. The \psi_k indeed encodes probability ampliudes on Fock space (as explained in the paper), while \psi (x,t) has nothing to do with one particle wave function since i don't even deal with first quantization to begin with. After that they wrote back and actually ACKNOWLEDGED that my notation is very confusing and gave me the last chance to rewrite it to make my notation clear because "if they can't read it neither will the reader". Right now i am in the process of making it clearer.
2. In the referree report to arXiv:1003.0256, I received a comment that the goals stated in the paper are too vague to assess its merit. Again, they didn't say that it has no merrit; rather they said it is written too vaguely to assess it. This again points to the clarity issues.
By the way, speaking of this paper, the "too vague" comment came from Journal of Foundations of Physics a month ago. On the other hand, a year ago I got two referree reports from Physics Review D, both recommending its publication. one of the reports stated that they "strongly recommend" it. But then the other report, which also recommended publication, asked me to acknowledge a certain issue. But instead of simply acknowledging it like they asked I decided to add an entire section (in comparable length to the original part of the paper) trying to address that issue that they asked me to simply acknowledge (that issue is discussed in arXiv:1103.2889). That new section I added was the reason the paper was rejected by Physics Review D. So "if only" I were to refrain myself from doing that, I would have had another Physics Review D publication a year ago, and then the Journal of Founations of Physics (where I got "too vague" comment) won't even be in the picture.
3. One of my friends in my school who was mathematician mentioned to me he has seen my paper arXiv:1202.4449. I asked him what he thinks about it. He responded that he didn't understand much because he doesn't know physics. I then pointed out to him that physics comes only on the second half, while the first half is all mathematics. He then said he will read it again. Now, if this paper was written clearly, I wouldn't have to be telling him first half is math and second half is physics; this would have been obvious. So again it seems like I write in a way that ppl don't even understand the topic.
4. Whenever I discuss my papers with Bombelli, he usually doesn't understand what I am doing by merely looking at the arXiv; I typically have to explain it to him face to face, and even then it usually takes few hours to get my point across. The same is true regarding my interaction with other scientists too, as limitted as it might be.
5. The paper I wrote together with Bombelli was regarding gravity and scalar fields on a causal set. The papers I wrote by myself were about electromagnetic and spinor field on causal set. In other words, topics are similar, just different fields. Yet, the paper I wrote with Bombelli gets citations while the papers I did by myself do not. The one obvious reason for this is that Bombelli writes more clearly than I do, since otherwise approach was similar.
So basically what I am trying to say is that if I will try to spend significant portion of time trying to edit the style of the old papers (as opposed to doing anything new) perhaps i can bring them to the point where the field would judge them more positively simply because they would be more readable.