An elementary property of correlations
Abstract
We study the shift-Ramanujan expansion (see 1705.07193) of general satisfying Ramanujan Conjecture, in order to get formulae, for their shifted convolution sum, say , of length and shift (so, the Ramanujan expansion is with respect to a>0). We prove that, assuming Delange Hypothesis (DH) for the expansion, we get say Ramnujan exact explicit formula (R.e.e.f.). A noteworthy case, of course, is , the von Mangoldt function, so , for natural , regards twin primes; assuming for them, we get (from corresponding R.e.e.f.) the proof, easily, of Hardy-Littlewood Conjecture for them.
Keywords
Cite
@article{arxiv.1709.06445,
title = {An elementary property of correlations},
author = {Giovanni Coppola},
journal= {arXiv preprint arXiv:1709.06445},
year = {2019}
}
Comments
Assuming Delange Hypothesis(DH), we prove the "Ramanujan exact explicit formula" for $f,g$ correlation; for 2k-twin primes, assuming $(DH)$ we prove Hardy-Littlewood Conjecture