Skip to content

Erdős problem 312

Does there exist a constant c > 0 such that, for any K > 1, whenever A is a sufficiently large finite multiset of integers with nA1/n>K\sum_{n \in A} 1/n > K there exists some SAS \subseteq A such that 1exp((cK))<nS1/n11 - \exp(-(c*K)) < \sum_{n \in S} 1/n \le 1?

Result history

Published changes, performers, checks, and later corrections.

No result history yet
No proposed change is retained for this Problem, so there is nothing to show a decision on.

Correction history

No correction history

Technical detailsExact roots, source, and retained record identifiers

Exact provenance

Problem row
sha256:51fb175f920f2b3a0d1b120b57fcae3acbc21a82c661c64f36ade303b6b5f0b8
Metadata
sha256:5dc560f3b182333a006964be6cf0de9041201bc3c21081725445f3da09cb96a6
Observation
sha256:8c823d621b7e1256c8e47c60a5f1c54c016a5507e6f27b2bab537f6f5f232067
Content
sha256:351f815438157cd6863a487fbb48637170692e85fb395077d8085b1316ff59c9
Repository
sha256:a956b84c437202e5a02cc9e036a621bd14a302b34a75758115730bdbb77c52a4
Projection
sha256:c9d14c459c518937e758918b5897dc3b22f1a55f07739afe99502f5b046c907a
Source commit
2415f78e850aeee50afdca525c6f2e0ea606f207

Search problems.science

Find a Problem, Result, source, or page