arXiv:1303.2329 [math.NT]AbstractReferencesReviewsResources
New Results for Sorli's Conjecture on Odd Perfect Numbers - Part II
Published 2013-03-10, updated 2017-08-11Version 8
If $N={q^k}{n^2}$ is an odd perfect number given in Eulerian form, then Sorli's conjecture predicts that $k=\nu_{q}(N)=1$. In this article, we give some further results related to this conjecture and those contained in the papers \cite{Dris} and \cite{Dris2}. (withdrawn because of a crucial gap in Theorem 1 [see https://arxiv.org/pdf/1309.0906.pdf for what is currently provable in this regard], as well as elementary mistakes in the numerical bounds from pages 2 to 4)
Comments: 14 pages (withdrawn because of a crucial gap in Theorem 1 [see arXiv:1309.0906 for what is currently provable in this regard], as well as elementary mistakes in the numerical bounds from pages 2 to 4)
Categories: math.NT
Related articles: Most relevant | Search more
New Results for Sorli's Conjecture on Odd Perfect Numbers
A Short Proof for Sorli's Conjecture on Odd Perfect Numbers
The Abundancy Index of Divisors of Odd Perfect Numbers - Part III