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Erdős problem 445

Is it true that, for any c>1/2c>1/2, if pp is a sufficiently large prime then, for any n0n\geq 0, there exist a,b(n,n+pc)a,b\in(n,n+p^c) such that ab1(modp)ab\equiv 1\pmod{p}?

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Problem row
sha256:ec945f060c88250f4c3e4348d621595a3fcd0af65bbe0f34d6915fee5d0e21f0
Metadata
sha256:d0b31c15e339c7c60eb2c796451c8a1cd9e95a842ea709a558240b119b8b4fbe
Observation
sha256:8c823d621b7e1256c8e47c60a5f1c54c016a5507e6f27b2bab537f6f5f232067
Content
sha256:42e2498cec3ad0795832fca81563c6de71ca612c2c7d376671329d1ce177b4ab
Repository
sha256:a956b84c437202e5a02cc9e036a621bd14a302b34a75758115730bdbb77c52a4
Projection
sha256:c9d14c459c518937e758918b5897dc3b22f1a55f07739afe99502f5b046c907a
Source commit
2415f78e850aeee50afdca525c6f2e0ea606f207

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