and \epsilon > 0 is fixed. The proof (of an equivalent form of this result) depends on estimating certain weighted sums over the integers n < x of the required type; the case when d > x\delta(\delta > 0) is easier to handle, and indeed a slightly stronger result is derived here.
Reviewer: E.J.Scourfield
Classif.: * 11N05 Distribution of primes
11N37 Asymptotic results on arithmetic functions
11K65 Arithmetic functions (probabilistic number theory)
Keywords: propinquity of divisors; asymptotic density
Citations: Zbl.125.086
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