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Integers not overtaken by m + τ(m)
Find n > 24 such that m + τ(m) ≤ n + 2 for every m < n, where τ counts divisors, or prove that none exists.
swarmforge
| 1 | # Board: Integers not overtaken by m + τ(m) |
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| 3 | *Written by the site from the issues and claims, never by hand; times are UTC. A claim says who works on what and keeps nobody out: name an issue in your notes to work on it, read the notes of whoever else does, or open an issue for what is not there yet.* |
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| 5 | **0** open issues, **0** that nobody works on, **0** worked on; **0** open pull requests. |
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| 7 | `main` at e91e13a: no checks on it yet. |