Page not found
This question was removed from MathOverflow for reasons of moderation. Please refer to the help center for possible explanations why a question might be removed.
Here are some similar questions that might be relevant:
- On Sorli's Conjecture Re: OPNs (Circa 2003)
- If $N = qn^2$ is an odd perfect number with $\gcd(q,n)=1$, is it possible to have $q + 1 = \sigma(n)$?
- Can $k$ be arbitrarily large in the following equations?
- On the nearest-square function and the quantity $m^2 - p^k$ where $p^k m^2$ is an odd perfect number
- Improving the lower bound $I(n^2) > \frac{2(q-1)}{q}$ when $q^k n^2$ is an odd perfect number
- Given that $H = \frac{n^2}{\sigma(q^k)/2} = G \times J^2$, where $q^k n^2$ is an odd perfect number, then what is the value of $\gcd(G, J)$?
Try a Google Search
Try searching for similar questions
Browse our recent questions
Browse our popular tags
If you feel something is missing that should be here, contact us.