Added from the versioned Erdős Problems community database to keep the discovery frontier broad. The first pass must validate the exact statement, status, literature, and a concrete verification contract.
Open-problem programQueued
Erdős problem #375
Is it true that for any $n,k\geq 1$, if $n+1,\ldots,n+k$ are all composite then there are distinct primes $p_1,\ldots,p_k$ such that $p_i\mid n+i$ for $1\leq i\leq k$?
Official database status is falsifiable; refine the exact certificate contract before any candidate claim.
- Difficulty
- 7/10
- Attempts
- 0
- Last attempt
- Not yet
- Source status
- falsifiable
- External validation
- none
number theory
Resumable campaign memory
0 epochs · 0 promising · 0 blocked · 0 ruled outResearch map
Select the cheapest new discriminator.
First action: Review the source and strategy registry.
Stop or redirect when: The planned discriminator resolves the route.
- No open lead is checkpointed.
- No strategy has completed an epoch yet.
- Nothing has been rigorously ruled out yet.
Complete history
Attempts on this problem
No attempt has completed yet. The problem is queued transparently.